PN427448-04 Sec 3

ASPIRATED VS. NONASPIRATED DISCHARGEDEVICES

Once a foam concentrate has been added to water to forma foam solution, there must be a point in the system to addair to the solution to produce expanded foam. This isaccomplished using a discharge device of either the aspi-rated or nonaspirated type.

In an aspirated discharge device, foam solution passesthrough an orifice, past air inlets, into a mixing or expansionarea, and through a discharge outlet. (See Figure 3-1.)

FIGURE 3-1001207

In a nonaspirated device, foam solution passes through anorifice and stream deflector to produce droplets of solution.These droplets combine with air between the device outletand the fuel surface to produce foam. (See Figure 3-2.)Nonaspirated devices are only used with film-forming solu-tions which require less energy to expand as comparedwith protein based or nonfluorochemical synthetic foams.

FIGURE 3-2001208

SECTION III6-1-07 REV. 1

Page 3-1

Foam System Design and Application Discharge Devices

AIR INLET

EXPANSION

AREA

DROPLET

TRANSITION

SOLUTION INLET

SOLUTION INLET

STREAM

DEFLECTOR

NONASPIRATED

HEAD

ASPIRATED

HEAD

SECTION III6-1-07 REV. 1Page 3-2

Discharge Devices

DISCHARGE DEVICE CLASSIFICATIONS

Discharge devices are defined according to the way thatthey apply foam to a liquid surface.

The National Fire Protection Association classifiesdischarge devices as follows:

Type I Discharge Outlet – An approved discharge outletwhich will conduct and deliver foam gently onto the liquidsurface without submergence of the foam or agitation ofthe surface.

Type II Discharge Outlet – An approved discharge outletwhich does not deliver foam gently onto the liquid surface,but is designed to lessen submergence of the foam andagitation of the surface.

Underwriters Laboratories lists discharge devices under thefollowing classifications:

Type I Discharge Outlet – A device that conducts anddelivers foam onto the burning surface of a liquid withoutsubmerging the foam or agitating the surface.

Type II Discharge Outlet – A device that delivers foamonto the burning liquid and partially submerges the foamand produces restricted agitation of the surface.

Type III Discharge Outlet – A device that delivers foam ina manner that causes the foam to fall directly onto thesurface of the burning liquid and does so in a method thatcauses general agitation.

NOZZLES

The general purpose of a nozzle is to provide a restrictionof flow to build fluid pressure. This pressure providesusable fluid velocity to project a stream a determineddistance. In the case of foam solution, the nozzle alsoassists in the generation of foam.

Handline nozzles and master stream nozzles may be airaspirating or non-air aspirating devices. Air aspiratingnozzles (Figure 3-3) can be used with all low expansionfoam agents. These nozzles contain air inlets and anexpansion tube.

FIGURE 3-3001209

Non-air aspirating nozzles (Figure 3-4) are standard formany fire departments where they are used mainly forapplying water. In certain circumstances, these nozzles canbe used for the application of AFFF and ARC solutions. Incontrast, protein and fluoroprotein foams should NOT beused with non-air aspirating nozzles.

FIGURE 3-4007686

Both aspirated and nonaspirated nozzles can be used withhandlines, on monitors, and in fixed spray systems.

SECTION III6-1-07 REV. 1

-3

Discharge Devices

MONITORSA monitor is a directional control device which delivers alarge capacity stream from a nozzle. It is mounted on astationary support at grade or elevated. A monitor can bedirected by one person and may be fed solution by perma-nent piping or hose.

Manual MonitorsThe basic monitor is a manually-operated device (Figure3-5). It contains a swivel joint for vertical movement (eleva-tion) and a swivel joint for horizontal movement (rotation) todirect the stream of foam/water to the required area.

FIGURE 3-5001211

Water Oscillating MonitorsVariations of the basic manual monitor have evolved in aneffort to satisfy the requirements of specific applications.The water oscillating monitor (Figure 3-6) is designed toautomatically oscillate horizontally over a set area. It ispowered hydraulically by water flowing through an oscillat-ing mechanism attached to the rotation swivel joint. Theelevation joint is preset by means of a locking knob. Thistype of monitor is also equipped with a manual override.

FIGURE 3-6001212

Remote-Controlled MonitorsRemote-controlled monitors typically operate using an elec-tric joystick controller and electrical motors on the monitorthat control movement. This allows operation at a safedistance from the fire. Refer to FJM-High Flow SeriesMonitor Data Sheets.

SPECIALIZED DISCHARGE DEVICES

Specialized foam discharge devices have been manufac-tured for specific hazard applications.

Foam Chambers

Foam chambers (Figure 3-7) are air aspirating dischargedevices (Type II) used for the protection of flammable liquidstorage tanks. These devices are designed to generatefoam and apply the expanded foam to the fuel surface in amanner that lessens submergence and agitation as thefoam contacts the fuel.

The foam chamber contains an orifice plate (sized for therequired flow and inlet pressure), air inlets, an expansionarea, and a discharge deflector to direct the gentle applica-tion of the expanded foam. This device also contains avapor seal that prevents the entrance of vapors into thefoam chamber and supply pipe.

FIGURE 3-7001214

SECTION III6-1-07 REV. 1Page 3-4

Discharge Devices

SPECIALIZED DISCHARGE DEVICES (Continued)

High Back-Pressure Foam Makers

High back-pressure foam makers (Figure 3-8) were devel-oped to discharge foam through a hydrocarbon liquid. Thisdevice generates foam between a 2:1 and 4:1 expansionratio and forces the expanded foam into the bottom of aflammable liquid storage tank. The foam then rises to thetop of the fuel where it blankets the surface. This type ofapplication is not suitable for Class IA hydrocarbon liquidsor polar solvent (water soluble) liquids.

The foam maker can discharge against a back-pressure as high as 40% of the operating inletpressure. The back-pressure is the combination of theexpanded foam friction loss in the piping and the statichead pressure of the liquid in the tank.

FIGURE 3-8001215

Floating Roof Foam Makers

The floating roof foam maker (Figure 3-9) is an air aspirat-ing discharge device used primarily for the protection ofopen top, floating roof, storage tanks. It is also used forother applications such as dike protection where expandedfoam is piped to the hazard.

The foam maker contains an orifice plate (sized for therequired flow and inlet pressure), air inlets, and an expan-sion area. The device is connected in-line to pipe or hose.

FIGURE 3-9001216

The MM-1000 is designed to deliver approximately 1,000 GPM(3785 LPM), however, actual flow rate is dependant on nozzle choice.This monitor is constructed of continuous tubing which produces lessfriction loss and better stream reach. The balanced design reducesunwanted torque and swing, while the range of movement is easily oper-ated with the single tiller bar.

n Waterway: 3 in. nominal continuous tubing

n Nozzle: Use of Spitfire, D5 or AFN-1 Series nozzle recommended

n Sweep (rotation): Full 360°

n Elevation: 140° total vertical movement. (+90° elevation, –50° depres-sion)

n Nozzle Threads: Male 2 1/2 in. – 7 1/2 TPI NHT, stainless steel

n Mounting: 3 in., 150 lb. ANSI flange standard. Optional 4 in., 150 lb.ANSI flange

n Finish: Red polyurethane paint

n Material: Durable carbon steel. Optional stainless steel model avail-able (unpainted)

n Stability: Lock knobs for sweep (rotational) and elevation (vertical)movements

n Weight: 38 lb. (17.2 kg) with 3 in. flange; 40 lb. (18.1 kg) with 4 in.flange, not including nozzle. Shipping weight: 45 lb. (20.4 kg)

Part No. Description______ _________400276 MM-1000-3 Monitor with 3 in. flange400286 MM-1000-4 Monitor with 4 in. flange402825 SS-MM-1000-3 Stainless Steel Monitor with 3 in. flange402826 SS-MM-1000-4 Stainless Steel Monitor with 4 in. flange

Flange Hole No. of Center LineSize Size Holes Diameter_____ ____ _____ __________

3 in. (standard) 3/4 in. 4 6 in. evenly spaced4 in. (optional) 3/4 in. 8 71/2 in. evenly spaced

FLANGE DESCRIPTION

ORDERING INFORMATION

FEATURES

GENERAL DESCRIPTION

MANUAL MONITOR MM-1000 SERIESData/Specifications

14 IN.(35.6 cm)

10 1/2 IN.(26.7 cm)

6 11/16 IN.(17.0 cm)

8 5/8 IN.(21.8 cm)

DETAILA

DETAIL A:3 IN. FLANGE = 10.5 IN. (26.7 cm)4 IN. FLANGE = 11.75 IN. (29.9 cm)

2 1/2 IN. NHTSTANDARD STAINLESSSTEEL THREADS

3 IN. NOMINALTREATED CARBONSTEEL TUBE

3 IN. ANSI 150# FLANGE STANDARD.3/4 IN. BOLT HOLE, 6 IN. DIAMETER C/L4 HOLES EVENLY SPACED

001232

9 IN.(22.9 cm)

HAND SIZEPLASTIC GRIP

TILLER BAR

PALM SIZE LOCKKNOB (ELEVATION)

PALM SIZE LOCKKNOB (SWEEP)

Copyright ©2007 Ansul IncorporatedForm No. F-85105-3

ANSUL is a trademark of Ansul Incorporated or its affiliates.

Ansul IncorporatedMarinette, WI 54143-2542

715-735-7411www.ansul.com

MM-1000 Monitor Friction Loss vs Flow Rate(3 in. Waterway, 4 in. Flange, 2 1/2 in. NH Outlet

001233100

50

30

20

10

5

3

2

1

PR

ES

SU

RE

LO

SS

–PS

I

100 200 300 500 1000 2000FLOW RATE GPM

n Built-in on/off valve

n Corrosion-resistant aluminum construction

n Direction control handle

n Valve position indicator

n Elevation locking knobs

n Pressure gauge 1/4 in. port

n Drain valve 1/4 in. port

The Protector is a completely packaged fixed station monitor with manyunique features. Its unique (patent pending) waterway has low frictionloss and delivers water to the nozzle with fewer twists and turns than aconventional monitor. The built-in on/off valve with position indicatoreliminates the need to add a costly valve to the monitor installation.

The Protector can be directly bolted to a common 4 in. pipe flange. Theoutlet is available with 2.5 inch male NH threads. A long stream-straight-ening vane in the discharge section reduces turbulence. The simple andbasic design requires no grease or other maintenance. Swivelingelements and seals (including valve seat) can be replaced in a fewminutes with common hand tools.

Threaded ports (1/4 in. NPT) are provided for drain valve and pressuregauge installation. Maximum pressure is 250 psi. The Protector isconstructed of UNS A03560 alloy heat treated to T6 with poly-impregna-tion casting treatment. It is also hardcoat anodized per military specifica-tion MIL-A-8625F Type III, Class 1 and features polyesterpowder-coated outer surfaces inside and out. The swivel clamps, 3 in.valve ball, trunnions and hardware are 18-8 stainless steel. The monitormay be used to deliver water or foam streams.

The Protector Station Monitor is recommended for use with ANSUL®

Master Stream nozzles and ANSUL Master Foam nozzles.

The built-in valve indicates the flow is OFF when the valve handle ishorizontal and ON when the handle is vertical. Parts are manufacturedso that the valve cannot be assembled out of phase. A position indicatorshows the valve positions as “OFF: or “ON.” The position that the valveis normally left in will depend upon your particular location’s standardoperating procedure.

ApproximateShipping Weight

Part No. Description lb (kg)______ _________ __ ___

427469 Protector Station Monitor 51 (23)


VALVE OPERATION

DESCRIPTION

FEATURES



PROTECTOR STATION MONITORData/Specifications

004282

PROTECTOR STATION MONITOR FRICTION LOSS

0 200 400 600 800 1000 1200(757) (1514) (2271) (3028) (3785) (4542)

FLOW gpm (Lpm)

27 PSI AT1250 GPM

9.9 PSI AT750 GPM

2.1 PSI AT350 GPM

4.4 PSI AT500 GPM

30(2)

25(1.7)

20(1.4)

15(1)

10(.7)

5(.3)

0

FR

ICT

ION

LOS

SP

SI(

Bar

)

007494

19 IN.(483 mm)

27.6 IN.(70.1 cm)

AT 30°

16 1/2 IN.(419 mm)

DEPTH: 12 1/2 IN. (318 mm)



� The elevation lock is easily set to any angle without tools.

� Controls are externally accessible. (These include the test connec-tion, selector valve, speed control valve, and in-line filter.)

� Quick winterization is easy – no readjustment of end stops, breakingof plumbing, or use of glycol pumps.

� The simple manual override is obvious in function thus reducing train-ing requirements.

� The automatic valve circuit is simple, using only one four-way valve.

� An alternate filter package is available for applications where there isa problem with suspended particles in the water.

� Reliable chain drive which is fully accessible by an easily removablecover.

� An optional 304 stainless steel waterway is available.

� All of the working parts are made of, or plated with, corrosion-resistantmaterials.

For use with water or foam, the WOM-3 (formerly WOM-1) is a masterstream device for fixed locations. The sweep is preset at installation tocover the hazard area but is also field adjustable.

Power to oscillate the monitor up to 200° horizontally comes from thewater flowing through the device, eliminating the need for wiring, orhydraulic controls. Elevation is preset by means of a non-slip lock.

Water fog, straight bore or air aspirating nozzles may be used with this1,000 gpm (3785 Lpm) capacity device.

The monitor is operated by a reciprocating, water-powered piston andcylinder. A small flow of water, by-passed from the monitor inlet througha four-way valve, drives the cylinder. A stroke adjustment nut at eachend of a threaded rod actuates the toggle action four-way valve, auto-matically reversing the cylinder at each end of the stroke. A stainlessroller chain, attached to the cylinder heads and engaging a sprocket onthe monitor base, converts the reciprocating cylinder motion to the oscil-lating motion.

INLET4 in. 150 lb (8-hole) steel flange.

DISCHARGE2 1/2 in. – 7 1/2 TPI NHT male thread.

VERTICAL RANGE SETTING30° below horizontal to 60° above.

ARC OF OSCILLATION0° through 200°. Stock setting is 100° to either side of front center.Sweep of arc is field adjustable in 12° increments throughout 360°.

WEIGHT92 lb (41.7 kg) without nozzle.

MATERIALS USEDWaterway – 304 S.S.Chain – stainless steel.Tube fittings, cylinder heads, valves, and piston – brass.Rigid tubing – stainless steel.Flex tubing – nylon.Rod – stainless steel, hard chrome plated.Finish on chassis, covers and waterway – polyurethane enamel overprimer.Fasteners – stainless steel.Cylinder – oriented fiberglass in epoxy matrix with non-corrosive, lubri-cating, isophthalic polyester lining.Seals – BunaN and Teflon.Swivels and balls – stainless steel.Working steel parts – plated with bright zinc.

MOUNTINGDirect to 4 in. 150 lb customer companion flange. Four holes for 5/8 in.diameter bolts are provided in the chassis for mounting if customerplumbing is not adequate to support the monitor.

TEST CONNECTION3/4 in. – 11 1/2 TPI NHT (garden hose) brass female swivel fitting withscreen, externally accessible.

SPEED CONTROLBrass needle valve, externally accessible.

‘‘RUN-TEST’’ SELECTOR3-way brass body ball valve with stainless steel ball and Teflon seats,externally accessible with provision for security seal in ‘‘run’’ position.

STANDARD FILTERBrass body and cap with reusable 90 micron sintered bronze element.Cap externally accessible for cleaning.

ALTERNATE FILTERThe filter package is available for areas where water supply containssuspended particles. Mounting filter below mechanism requires 19 in.(48 cm) clearance to floor; 9 1/2 in. (24 cm) for side mounting.

FREEZE PROTECTABLEWithout use of tools, glycol pumping devices, adjustment of end stops,or breaking of plumbing.

SPECIFICATIONS AND MATERIALS

DESCRIPTION

FEATURES

AUTOMATIC WATER OSCILLATING MONITORMODEL WOM-3Data/Specifications

001238

Detailed Dimensions

100° MAX.ROTATION

100° MAX.ROTATION

AFN-1NOZZLE

TYPICALFOGNOZZLE

FILTERCLEAN-OUT (HEX) ELEVATION

LOCK11/16 DIA. X 1 INLG. SLOTS 4 PL

6 3/8 IN(16.2 cm)

16 IN(40.6 cm)

13 IN(33 cm)

4 1/2 IN(11.4 cm)

11 1/2 IN(30 cm)

5 3/4 IN(14.6 cm)

SPEED CONTROLACCESS

11 7/8 IN(30.2 cm)

12 1/8 IN(30.8 cm)

RELEASE PIN FORMANUAL OPERATION

TEST/RUNSELECTOR VALVE

TEST HOSECONNECTION

22°-30

4 IN ANSI 150# STEELFLANGE (9 IN ODEIGHT 3/4 IN. BOLTSON A 7 1/2 IN BC)

32 5/8 IN(82.9 cm)

MANUAL OPERATIONPossible by use of selector valve and removal of ring pin.

NOZZLEANSUL® Model AFN-1 air aspirating foam nozzle or master streamnozzles for water and AFFF are recommended. Order separately.

The water oscillating monitor in combination with the AFN-1 air aspirat-ing foam nozzle is FM approved.

� Aircraft Hangers � Lumber Mills

� Fueling Areas � Coal Storage

� Helipads � Paper Mills

� Refineries � Dust Abatement

� Tank Farms � Satellite Facilities

� Docks � Exposure Protection

� Railroad Yards � Chemical Processes

Formula to determine the maximum arc of oscillation to achieve aspecific foam application rate (gpm/ft2) given a known nozzle flow rateand range:

Formula:X° = F (360°)________

(R)2(π)(A)

Where: X = Maximum arc of oscillation in degreesR = Nozzle range in feetπ = 3.1416F = Nozzle flow rate in gpmA = Application rate in gpm/ft2

Example:Given – Nozzle flow rate of 534 gpm @ 100 psi, desired nozzle

range of 105 feet, desired application rate of 0.1 gpm/ft2(AFFF)

What is the maximum arc of oscillation allowable?X° = F (360°)________

(R)2(π)(A)

X° = (534)(360)_________(105)2(3.1416)(0.1)

X° = 55 1/2°

Approximate Shipping WeightModel Part No. lb (kg)_____ _______ _____________WOM-3 400000 110 (49.9)Alternate Filter 77814 10 (4.5)WOM-3-SS* 400251 110 (49.9)*Not FM Approved. Uses the CR paint system and corrosion-resistant materials in constructionof oscillating mechanism.


OSCILLATING MONITOR NOZZLE DATA

APPLICATION

APPROVALS AND LISTING

SPECIFICATIONS AND MATERIALS (Continued)





001239

001240

Optional Support Stand

Friction Loss vs Flow Rate – 3 in. Waterway, 4 in. Flange,2 1/2 in. N.H. Outlet

26 1/8 IN(66.4 cm)

NOTE: PIPE AND FLANGES SUPPLIED BY OTHERS.

22°-30

1/2 IN DIAMETERMOUNTING HOLES (8 PL)

14 IN(35.6 cm)

11 1/2 IN(29.2 cm)

20 1/4 IN(51.4 cm)

27 1/2 IN(69.9 cm)

4 1/4 IN(10.8 cm)

(kPa) psi____ ___(690) 100

(345) 50

(207) 30

(138) 20

(69) 10

(34) 5

(21) 3

(14) 2

(7) 1gpm 100 200 300 500 1000 2000(Lpm) (379) (757) (1135) (1893) (3785) (7571)

FLOW RATE

PR

ES

SU

RE

LO

SS

� Approved by Factory Mutual.

� The elevation lock is easily set to any angle with handwheel.

� Controls are externally accessible. (These include the test connec-tion, selector valve, speed control valve, and in-line filter.)

� Quick winterization is easy – no readjustment of end stops, breakingof plumbing, or use of glycol pumps.

� The simple manual override is obvious in function thus reducing train-ing requirements.

� The automatic valve circuit is simple, using only one four-way watervalve.

� Reliable chain drive which is fully accessible by an easily removablecover.

� An optional brass waterway is available.

� All of the working parts are made of, or plated with, corrosion-resistantmaterials.

For use with water or foam, the WOM-4 is a master stream device forfixed locations. The sweep is pre-set at installation to cover the hazardarea but is also field adjustable.

Power to oscillate the monitor up to 165° horizontally comes from thewater flowing through the device, eliminating the need for wiring, orhydraulic controls. Elevation is pre-set by means of a handwheel wormgear drive.

Water fog, straight bore or air-aspirating nozzles may be used with this(automatic nozzles should not be used) 1750 gpm (3785 Lpm) capacitydevice. See data sheet titled AFN-2 Air Aspirating Foam Nozzles.

The monitor is operated by a reciprocating, water-powered piston andcylinder. A small flow of water, by-passed from the monitor inlet througha four-way valve, drives the cylinder. A stroke adjustment nut at eachend of a threaded rod actuates the toggle action four-way valve, auto-matically reversing the cylinder at each end of the stroke. A stainlessroller chain, attached to the cylinder heads and engaging a sprocket onthe monitor base, converts the reciprocating cylinder motion to the oscil-lating motion.

INLET4 in. 150 lb (8-hole) aluminum flange.

DISCHARGESpecial flanged connection for AFN-2 nozzle. NH nozzle adaptor alsoavailable.

VERTICAL RANGE SETTING24° below horizontal to 90° above.

ARC OF OSCILLATION0° through 165°. A 165° monitor sweep, when used with a dispersedpattern, will result in 180° coverage. Dispersed pattern with reducedrange is required to meet foam application rates. Stock setting is 82.5° toeither side of front center. Sweep of arc is field adjustable in 7.5° incre-ments throughout 360°.

WEIGHT130 lb (59 kg) without nozzle.

OPERATING PRESSURE150 psi (1034 kPa) maximum.

MATERIALS USEDWaterway – A-356-T6 anodized aluminum (brass optional).Chain – stainless steel.Tube fittings, cylinder heads, valves, and piston – brass.Rigid tubing – stainless steel.Flex tubing – nylon.Rod – stainless steel, hard chrome-plated.Finish on chassis and covers – enamel over primer.Fasteners – stainless steel.Cylinder – oriented fiberglass in epoxy matrix with non-corrosive, lubri-cating, isophthalic polyester lining.Seals – BunaN and Teflon.Swivels – anodized aluminum.Balls – stainless steel.Working steel parts – plated with bright zinc.

MOUNTINGDirect to 4 in. 150 lb customer companion flange. Four holes for 5/8 inchdiameter bolts are provided in the chassis for mounting if customerplumbing is not adequate to support the monitor. A stand is available forfloor mounting.

TEST CONNECTION3/4 in. – 11 1/2 TPI NHT (garden hose) brass female swivel fitting withscreen, externally accessible.

SPEED CONTROLBrass needle valve, externally accessible.

‘‘RUN-TEST’’ SELECTOR3-way brass body ball valve with stainless steel ball and Teflon seats,externally accessible with provision for security seal in ‘‘run’’ position.

SPECIFICATIONS AND MATERIALS

DESCRIPTION

FEATURES

AUTOMATIC WATER OSCILLATING MONITORMODEL WOM-4

Data/Specifications

001241

Detailed Dimensions

82.5°MAXIMUM

82.5°MAXIMUM

AFN-2NOZZLE

NOZZLEADAPTOR TYPICAL

FOGNOZZLE

TEST HOSECONNECTION

FILTER CLEAN-OUT (HEX)

11/16 DIA. X 1 IN.LG. SLOTS 4 PL

6 3/8 IN.(16.2 cm)

16 IN.(40.6 cm) 4 1/2 IN.

(11.4 cm)11 1/2 IN.(30.0 cm)

5 3/4 IN.(14.6 cm)

SPEEDCONTROL ACCESS

16 3/8 IN.(41.6 cm)

TEST/RUNSELECTOR VALVE

ELEVATIONHANDWHEEL

22°-30

4 IN. ANSI 150# STEELFLANGE (9 IN. O.D.EIGHT 3/4 IN. BOLTSON A 7 1/2 IN. B.C.)

32 5/8 IN.(82.9 cm)

30 3/4 IN.(78.1 cm)

24 3/8 IN.(61.9 cm)

13 IN.(33 cm)

FILTERBrass body and cap with reusable 90 micron sintered bronze element.Cap externally accessible for cleaning (standard). (Optional – 30-square-inch self-cleaning, 25 micron stainless steel strainer.)

FREEZE PROTECTABLEWithout use of tools, glycol pumping devices, adjustment of end stops,or breaking of plumbing.

MANUAL OPERATIONPossible by use of selector valve and removal of ring pin.

NOZZLEANSUL® Model AFN-2 air aspirating foam nozzle; or adaptor with non-aspirated master stream nozzles for water and AFFF use.

� Aircraft Hangars � Chemical Processes� Fueling Areas � Lumber Mills� Helipads � Coal Storage� Refineries � Paper Mills� Tank Farms � Dust Abatement� Docks � Satellite Facilities� Railroad Yards � Exposure Protection

Formula to determine the maximum arc of oscillation to achieve aspecific foam application rate (gpm/ft2) given a known nozzle flow rateand range:

Formula:X° = F (360°)_______

(R)2(π)(A)

Where: X = Maximum arc of oscillation in degreesR = Nozzle range in feetπ = 3.1416F = Nozzle flow rate in gpmA = Application rate in gpm/ft2

Example:Given – Nozzle flow rate of 1250 gpm @ 100 psi, desired nozzle

range of 125 feet, desired application rate of 0.1 gpm/ft2(AFFF)

What is the maximum arc of oscillation allowable?

X° = F (360°)_______(R)2(π)(A)

X° = (1250)(360)__________(125)2(3.1416)(0.1)

X° = 92°

Approximate Shipping WeightModel Part No. lb (kg)_____ _______ _____________WOM-4 402675 150 (68.0)Support Stand 400987 70 (31.7)

AdaptorsPart No. Description_______ _________73743 WOM-4 Flange x 2 1/2 NH Alum

415794 WOM-4 Flange x 2 1/2 NH Brass431039 WOM-4 Flange x 3 1/2 NH Brass


OSCILLATING MONITOR NOZZLE DATA

APPLICATION

SPECIFICATIONS AND MATERIALS (Continued)





001239

001243

Optional Support Stand

Friction Loss vs Flow Rate4 1/4 in. Waterway, 4 in. Flange, 4 in. Outlet

26 1/8 IN.(66.4 cm)

NOTE: PIPE AND FLANGES SUPPLIED BY OTHERS.

22°-30

1/2 IN. DIAMETERMOUNTING HOLES (8 PL)

14 IN.(35.6 cm)

11 1/2 IN.(29.2 cm)

20 1/4 IN.(51.4 cm)

27 1/2 IN.(69.9 cm)

4 1/4 IN.(10.8 cm)

(kPa) psi____ ___(276) 40

(207) 30

(138) 20

(69) 10

(34) 5

(21) 3

(14) 2

(7) 1

gpm 300 500 1000 2000 3000(Lpm)(1136) (1893) (3785) (7571) (11356)

FLOW RATE

PR

ES

SU

RE

LO

SS

This solidly constructed industrial nozzle offers superior stream qualityand reach. Fog angle is user adjustable between 90° wide fog andstraight stream.

The rubber bumper is UV resistant. The nozzle’s baffle can be removedwith a single common tool for flushing debris. A simple and basic designrequires no grease or other maintenance. The standard inlet is 2.5 in.NH female thread and the material of construction is UNS A03560 alloyheat treated to T6 and is hardcoat anodized per military specificationMIL-A-8625F Type III, Class 1.

007496

This fixed orifice nozzle rate at 100 psi (7 bar)is available in a choice of 350, 500, or750 gpm (1325, 1893, or 7835 lpm) or aselected gpm between the range of 150 –750 (Specify K-Factor 15 – 75).

The M-IF Nozzle gives a clean far-reachingstraight stream. It is adjustable from straightstream to a dense fog. The factory orderedfixed orifice is available with K-factors of 75 to105.

The standard inlet is 2.5 in. NH female threadand the material of construction hardcoatanodized aluminum.

004281

Both the Industrial and M-IF nozzle arerecommended for use with ANSUL’sProtector Station Monitor, MM-1000 SeriesMonitor, or the WOM-3/WOM-4 AutomaticOscillating Monitor.

Length WeightPart No. Description in. (mm) lb. (kg)______ _________ __________ _______427471 Industrial Nozzle, 350 gpm 7 1/2 (191) 5 (2)

(1325 lpm), Hard Anodized Aluminum, 2 1/2 in. NH

427472 Industrial Nozzle, 500 gpm 7 1/2 (191) 5 (2)(1893 lpm), Hard Anodized Aluminum, 2 1/2 in. NH

427473 Industrial Nozzle, 750 gpm 7 1/2 (191) 5 (2)(2839 lpm), Hard Anodized Aluminum, 2 1/2 in. NH

427474 Industrial Nozzle, 7 1/2 (191) 5 (2)Hard Anodized Aluminum,2 1/2 in. NH, Specify Flowand Pressure

427475 M-IF Master Stream Nozzle, 10 (254) 8.5 (3.9)Hard Anodized Aluminum,2 1/2 in. NH, Specify Flowand Pressure


APPLICATION

M-IF NOZZLE

INDUSTRIAL NOZZLES

MASTER STREAM MONITOR NOZZLESData/Specifications

0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300

HORIZONTAL DISTANCE (FEET)

80

70

60

50

40

30

20

10

0

20

10

0

ME

TE

RS

VE

RT

ICA

LD

ISTA

NC

E(F

EE

T)

HORIZONTAL DISTANCE (METERS)0 10 20 30 40 50 60 70 80 90

INDUSTRIAL AND M-IF, 75 PSI (5 BAR)

004273

650 GPM

870 GPM

430 GPM

300 GPM200 GPM

0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300


80

70

60

50

40

30

20

10

0

20

10

0

ME

TE

RS

VE

RT

ICA

LD

ISTA

NC

E(F

EE

T)



004274

750 GPM

1000 GPM

500 GPM

350 GPM

250 GPM

0 20 40 60 80 100 120 140 160 180 200 220 240 260 280 300


80

70

60

50

40

30

20

10

0

20

10

0

ME

TE

RS

VE

RT

ICA

LD

ISTA

NC

E(F

EE

T)



004275

920 GPM

1200 GPM

610 GPM

430 GPM

310 GPM

The Master Stream 2000 is an automatic high volume master streamnozzle with a flow range of 300-2000 gpm (1136-7571 Lpm). The nozzleis designed to a constant 100 psi at the nozzle throughout its range.This produces an excellent hard-hitting stream at any volume from 300gpm to a maximum of 2000 gpm.

The continuously variable pattern from straight stream to wide fog isadjustable using the halo ring. Massive rubber bumper incorporates“power fog” teeth for full finger-free fog pattern. Lightweight hardcoatanodized aluminum provides maximum resistance to corrosion andwater.

007493

Standard coupling size is 3.5 in. NH female thread. Optional couplingsizes: 2.5 in., 3.0 in., or 4.0 in. NH (specify when ordering).

The Master Stream 2000 nozzle is recommended for use with ANSUL’sWOM-4 Oscillating Monitor.

Length WeightPart No. Description in. (mm) lb (kg)______ _________ __________ _______427470 Master Stream 2000 Nozzle, 12 (305) 19 (8.62)

300-2000 gpm (1136-7571 Lpm)Hard Anodized Aluminum

431067 Master Stream 2000 Nozzle, 12 (305) 19 (8.62)fixed flow (specify K factorrange of 105-200)*

* For K factors of less than 125, ANSUL recommends the 2.5 in. (6.4 cm) coupling.


MASTER STREAM 2000 NOZZLE



004280



n Superior range

n Excellent/accurate foam proportioning

n Performance proven

n Hard-coat anodized aluminum construction

n Includes fittings and hoses

n Optional two drum application

004284

The ANSUL® Master Foam nozzle is an accurate and durable self-educting foam nozzle with superior stream quality and reach. Thismonitor nozzle is available in your choice of 350, 500, or 750 gpm(1325, 1893, 2839 Lpm) at 100 psi (7 bar). Fog angle is user adjustablebetween 120° wide fog and straight stream. The nozzle’s baffle is easilyremoved for flushing debris.

The standard swivel coupling is 2.5 in NH female threads. The simpleflow geometry (patent pending) can educt foam concentrate at 0.5%,1%, 3%, or 6% with no small passages to clog. Percentage is easily setwith an interchangeable orifice plate. A set of calibrated foam orificeplates is included.

Nozzle comes with an industrial grade UV resistant, 8 ft (2.4 m) long,1.5 in (3.8 cm) diameter concentrate hose with a cam lock fitting forquick and secure attachment to the nozzle. The simple and basic designrequires no grease or other maintenance. The halo ring/stream shaper ismade from non-corroding high temperature polymer. The rubber bumperis UV resistant. The Master Foam self-educting nozzle is constructedwith UNS A03560 alloy heat treated to T6 and hard-coat anodized permilitary specification MIL-A-8625F Type III, Class 1.

The ANSUL Master Foam nozzles are recommended for use withANSUL’s Protector Station Monitor, MM-1000 monitors, or SS-MM-1000monitors.

Refer to reverse side for accessories.

ANSULITE Length WeightPart No. Description Concentrate in (mm) lb (kg)_______ _________ __________ ___________ _______

427460 Self-Educting 0.5, 1, 3, 6% 10 1/2 (267) 14 (6.4)Nozzle, 350 gpm(1325 Lpm),2 1/2 in. NH



427463 Self-Educting 3x3 LV 10 1/2 (267) 14 (6.4)Nozzle, 350 gpm(1325 Lpm,2 1/2 in. NH

427464 Self-Educting 3x3 LV 10 1/2 (267) 14 (6.4)Nozzle, 500 gpm(1893 Lpm),2 1/2 in. NH

427465 Self-Educting 3x3 LV 10 1/2 (267) 14 (6.4)Nozzle, 750 gpm(2839 Lpm),2 1/2 in. NH


DESCRIPTION

FEATURES

SELF-EDUCTING MASTER FOAM NOZZLESData/Specifications

004285

DRUM

1 1/2 IN CAMLOCK FITTING

STANDARD 8 FT(2.4 m) HOSE

0 20 40 60 80 100 120 140 160 180 200 220(6) (12) (18) (24) (30) (37) (43) (49) (55) (61) (67)

HORIZONTAL DISTANCE – FEET (METERS)

3% FOAM AT 100 psi (7 Bar)

350 GPM

500 GPM

750 GPM

60 (18)

50 (15)

40 (12)

30 (9)

20 (6)

10 (3)

0

VE

RT

ICA

LD

ISTA

NC

E–

FE

ET

(ME

TE

RS

)

004283

Single and Dual Drum Kits

Provides a connection between an ANSUL Master Foam nozzle and a55-gallon foam drum, allowing the nozzle to be used instantly. Eachcorrosion resistant kit includes a PVC pick-up tube and fittings, brassvalve, glass filled polypropylene quick connect fittings and a vacuumrelief valve.

The drum kit installs in the 2 in. NPT opening in the drum. The quickconnect attached to the end of the hose allows easy changing of drums.The drum kit can be screwed out of an empty drum and screwed into afull drum without tools to remove the hose.

The single drum kit utilizes the hose provided with the nozzle. Cut offabout 2 in. (5 cm) of hose, insert the barbed end of the female quickconnect and tighten the provided hose clamp and the kit is ready foruse.

A dual drum kit is available when additional foam supply is required. Thedual drum kit includes the single drum kit plus a pick up tube, valve, tee,quick connects and a 4 ft (1.2 m) length of hose with quick connects toprovide the same convenience of use as the single drum kit.

The vacuum relief valve installs into the 3/4 in. NPT thread in the 2 in.buttress threaded drum cap. A hole must be cut into the cap at the baseof the 3/4 in. threads. The cap/vacuum valve assembly is reusable whenreplacing drums.

Part Length WeightNo. Description in (cm) lb (kg)______ _________ ________ _______

428925 Single Foam Drum Kit 45 (114) 9 (4)

428926 Add-on Foam Drum Kit 45 (114) 12 (5)

429414* Dual Foam Drum Kit 45 (114) 21 (10)

434984 Master Foam Nozzle 3 (1.4)Tote Connection Kit

434983 Vacuum Relief Assembly 3 (1.4)for Totes

* Dual Drum Kit contains the single drum kit (Part No. 428925) and the add-ondrum kit (Part No. 428926).


ACCESSORIES


ANSUL and ANSULITE are trademarks of Ansul Incorporated or its affiliates.

006386

SINGLE FOAMDRUM KIT (PARTNO. 428925)

DUAL FOAM DRUM KIT (PART NO. 429414 = SINGLE FOAM DRUM KIT + ADD-ON FOAM DRUM KIT)

ADD-ON FOAM DRUMKIT (PART NO. 428926)



Constructed of hard anodized aluminum with stainless steel fastenersand adjustment rod, this air aspirating foam nozzle offers minimumweight with durability. Stream pattern is adjustable in the field from aneven fan type to a full straight stream.

Flow rates are specifically tailored to individual protection by the inser-tion of a pre-engineered stainless steel orifice plate.

Orifice plates can be sized for flows from 250 to 1000 gpm (946 to3785 Lpm) within K-factors of 35 to 125 based on flowing nozzle inletpressure. (Monitor friction loss must be deducted from monitor inletpressure to use those K-factors.)

The nozzle attaches to ANSUL® Model WOM-3 automatic water drivenoscillating monitor, and the MM-1000 manual monitor. Connector is afemale swivel, 2 1/2 in. – 7 1/2 TPI NHT.

When ordering, specify required flow and pressure. Consult ANSUL forengineering assistance.

Part No. Description_______ _________

400200 AFN-1 Nozzle400336 AFN-1M Nozzle with Lever Operator

Contact ANSUL if stainless steel versions are required.

ORDERING INFORMATIONDESCRIPTION

Nozzle Pressure Flow Rate Range at 30° Elev. Range at 22.5° Elev. Range at 15° Elev. Range at 0° Elev.psi (bar) gpm (Lpm) ft (m) ft (m) ft (m) ft (m)___________ __________ ________ ________ ________ ________

44 (3) 385 (1457) 135 (41) 135 (41) 115 (35) 50 (15)88 (6.1) 534 (2021) 175 (53) 175 (53) 170 (52) 80 (24)

132 (9.1) 656 (2483) 190 (58) 190 (58) 190 (58) 100 (30)

Note: Above based on orifice sized for 500 gpm @ 100 psi (1893 Lpm @ 6.1 bar).



AIR ASPIRATING FOAM NOZZLEMODEL AFN-1

Data/Specifications



001250

AFN-1 Nozzle

ADJUSTABLEJAWS

ADJUSTABLECONTROL ROD

4 1/2 IN (11.4 cm)DIAMETER

2 1/2 IN – 7 1/2 NHTSWIVEL COUPLING

48 1/8 IN(122.2 cm)

001251

AFN-1M Nozzle

ADJUSTABLEJAWS

CONTROL ROD

LEVEROPERATOR


2 1/2 IN – 7 1/2 NHTSWIVEL COUPLING

48 1/8 IN(122.2 cm)

NOZZLE FLOW AND RANGE

Constructed of hard anodized aluminum with stainless steel fasteners,adjustment rod and deflector; this air aspirating foam nozzle offersminimum weight with durability. Stream pattern is adjustable in the fieldto a dispersed stream or a full straight stream.

Flow rates are specifically tailored to individual protection by the inser-tion of a pre-engineered stainless steel orifice plate. Orifice plates canbe sized for flows from 700 to 2000 gpm (2650 to 7571 Lpm) withinK-factors of 57 to 233 based on flowing nozzle inlet pressure. (Monitorfriction loss must be deducted from monitor inlet pressure to use theseK-factors.)

The nozzle attaches to ANSUL® Model WOM-4 Automatic Water DrivenOscillating Monitor. Connection is made to the monitor with a specialflange joint and O-ring.

When ordering, specify required flow and pressure. Consult ANSUL forengineering assistance.

Part No. Description_______ _________

77088 AFN-2 Nozzle77115 AFN-2M Nozzle with Lever Operator

Contact ANSUL if stainless steel versions are required.

ORDERING INFORMATIONDESCRIPTION

Nozzle Pressure Flow Rate Range at 22.5° Elev. Range at 15° Elev. Range at 7° Elev.psi (bar) gpm (Lpm) ft (m) ft (m) ft (m)___________ __________ ________ ________ ________

50 (3.45) 722 (2733) 100 (30) 80 (24) 60 (18)100 (6.9) 1053 (3986) 160 (49) 140 (43) 120 (37)150 (10.34) 1265 (4789) 200 (61) 180 (55) 160 (49)

Note: Above based on orifice sized for 1000 gpm @ 100 psi (3785 Lpm @ 6.1 bar).



AIR ASPIRATING FOAM NOZZLEMODEL AFN-2Data/Specifications



NOZZLE FLOW AND RANGE

001252

AFN-2 Nozzle

STREAMDEFLECTOR

ADJUSTABLECONTROL ROD


FLANGECONNECTION

51 1/2 IN(130.8 cm)

001253

AFN-2M Nozzle

STREAMDEFLECTOR

SPLASHGUARD

LEVEROPERATOR


CONTROLROD

FLANGECONNECTION

51 1/2 IN(130.8 cm)

� Powerful unit with exceptional throw characteristics

� Compact and lightweight

� Welded stainless steel monitor construction which allows for use incorrosive environments and minimizes maintenance

� Patented stainless steel slide-bearing system to prevent unwantedmovement or swings

� Versatile nozzle patterns in a solid jet or fog spray pattern with wateror foam

The FJM-80 series of monitors is designed to deliver approximately1,000 gpm (3785 Lpm); however, actual flow rate is dependent on nozzlesetting and inlet pressure. This monitor is a dual waterway design. Thebalanced design reduces unwanted torque and swing, while the range ofmovement is easily operated with dual handles. The S version of themonitor/nozzle is self educting. The WTO version of the monitor/nozzle isself-oscillating.

Waterway: 3 in. (80 mm) nominal

Sweep (rotation): Full 360°

Elevation (vertical movement):Monitor Elevation DepressionFJM-80 +90° –60°FJM-80 S +90° –45°FJM-80 WTO +90° –60°

Nozzle: Integral with monitor

Nozzle Pattern: Manually adjustable straight to fog

Nozzle Flow: Adjustable by turning deflector and locking

Material: Monitor: 316L Stainless steelNozzle: Bronze

Finish: Painted red

Stability: Lock knob for elevation (vertical movements),Balanced slide bearings prevent sweep (rotational move-ment)

Mounting: 3 in., 150 lb ANSI flange standard

Weight: FJM-80 31 lb (14 kg)FJM-80 S 33 lb (15 kg)FJM-80 WTO 55 lb (25 kg)

Maximum Pressure: 232 psi (16 bar)

Range: Up to 230 ft (70 m)

FJM-80: DNV, VDS, Lloyd’s RegisterFJM-80 S: DNV, VDS

006500

� Refineries � Lumber Yards

� Chemical Plants � Rail Cars

� Petrochemical Storage � Coal Storage

� Marine Tankers/Barges � Process Areas

� Marine Loading Docks � Fire Trucks/ARFF Vehicles

� Loading Docks � Fire Boats

� LNG/LPG Storage � Aerial Apparatus

� Paper Mills

Turns K Factor K Factor

FJM-80 FJM-80 SFJM-80 WTO

1.5 16 22.2

2 22.6 35.0

3 33.7 52.0

4 45.8 68.0

5 59.7 77.7

6.8 — 85.7

7 70.1 —

9 79.1 —

Q = K P Q = gpm P = psi

NOZZLE K FACTORS

APPLICATION

APPROVALS

SPECIFICATIONS

DESCRIPTION

FEATURES

MANUAL MONITOR/NOZZLE HIGH-FLOW SERIESMODEL FJM-80Data/Specifications

Part No. Description______ _________431100 FJM-80 431101 FJM-80 S with suction hose*433233 FJM-80 WTO433806 FJM-80S WTO*

*Specify flow, inlet pressure, concentrate and % concentration






006467

007069

17.9 IN.(455 mm)

17.9 IN.(455 mm)

11.6 IN.(295 mm)

13.4 IN.(340 mm)

11.6 IN.(295 mm)

5.9 IN.(150 mm)

11.6 IN.(295 mm)

5.9 IN.(150 mm)

11.8 IN.(300 mm)

13.8 IN.(350 mm)

3 IN. ANSI 150 LBS.

MALE 1 1/4 IN.BSP

FOAM CONCENTRATE

FJM-80FJM-80 S FJM-80 WTO

ft (M)___ ________

262 (80)

230 (70)

197 (60)

164 (50)

131 (40)

98 (30)

66 (20)

33 (10)

gpm (Lpm)____ _____

793 (3000)

528 (2000)

264 (1000)

(DEDUCT 10% FOR SELF-EDUCTING NOZZLE)

MINIMUM RANGE AT WIND STILL CONDITIONS

15 29 44 58 73 87 102 116131 145160174 psi(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)(11)(12) (bar)

006465

gpm (Lpm)____ ______

1321 (5000)

1057 (4000)

793 (3000)

528 (2000)

264 (1000)

RECOMMENDEDMAX. CAPACITY

58 73 87 102 116 131 145 160 174 189 203 218 235 psi(4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (bar)

006464

Note: The nozzle is an internal part of the monitor; therefore, performance criteriais based upon pressure at the flanged inlet connection.

17.9 IN.(455 mm)

12.6 IN.(320 mm)

12.4 IN.

(315 mm)

DRAWINGS OF MONITORS

CAPACITY RANGES FOR FJM-80 MONITORS FJM-80 MONITOR RANGE OF JET

n Powerful unit with exceptional throw characteristics

n Compact and lightweight

n Welded stainless steel monitor construction which allows for use incorrosive environments and minimizes maintenance

n Patented stainless steel slide-bearing system to prevent unwantedmovement or swings

n Versatile nozzle patterns in a solid jet or fog spray pattern with wateror foam

The FJM-100 series of monitors is designed to deliver approximately1,600 gpm (6000 Lpm); however, actual flow rate is dependent onnozzle setting and inlet pressure. This monitor is a dual waterwaydesign. The balanced design reduces unwanted torque and swing, whilethe range of movement is easily operated with dual handles. The Sversion of the monitor/nozzle is self educting. The EL/MV version iselectric gear motor driven with remote nozzle pattern control. The WTOversion is self-oscillating.


Sweep (rotation): Manual: Full 360°, Electric: ± 165°

Elevation (vertical movement):Monitor Elevation DepressionFJM-100 +90° –60°FJM-100 S +90° –45°FJM-100 EL +70° –70°FJM-100 WTO +90° –60°


Nozzle Pattern: Manually adjustable straight to fogElectric: Solenoid valve, water driven hydraulic straight to fog



Finish: Painted red

Stability: Manual Monitors: Lock knob for elevation (vertical move-ments),Balanced slide bearings prevent sweep (rotational move-ment)Electric Monitors: Electric gear motors


Weight: FJM-100 49 lbs. (22 kg)FJM-100 S 53 lb (24 kg)FJM-100 EL 115 lb (52 kg)FJM-100 WTO 71 lb (32 kg)



006497

n Refineries n Lumber Yards

n Chemical Plants n Rail Cars

n Petrochemical Storage n Coal Storage

n Marine Tankers/Barges n Process Areas

n Marine Loading Docks n Fire Trucks/ARFF Vehicles

n Loading Docks n Fire Boats

n LNG/LPG Storage n Aerial Apparatus

n Paper Mills

FJM-100: DNV, VDS, Lloyd’s RegisterFJM-100 S: DNV, VDSFJM-100 EL: DNV

APPROVALS

APPLICATION

SPECIFICATIONS

DESCRIPTION

FEATURES

MONITOR/NOZZLE HIGH-FLOW SERIESMODEL FJM-100

Data/Specifications


FJM-100 FJM-100 S

1.5 — 41.6

2 34 54.1

3 47.2 70.1

4 60.4 87.4

5 74.6 104.1

6 86.7 114.5

7 — 123.5

8 106.5 137.4

8.5 — 142.2

10 120.7 —

11.5 131.8 —


Shipping WeightPart No. Description lb (kg)______ _________ ___________429414 Drum Kit (double) 7 (3.2)434980 Kit Connection to Drum Kit

(required for double drum kit) 2 (0.9)434982 Tote Connection Kit 3 (1.4)434983 Vacuum Relief Assembly for Totes 3 (1.4)

Part No. Description______ _________431106 FJM-100 431107 FJM-100 S with suction hose*431108 FJM-100/C EL/MV**432643 FJM-100 WTO

* Specify flow, inlet pressure, concentrate and % concentration (maximum 6%)** Specify Voltage and current type

Note: On EL models, electric gear motors, limit switches, terminal box,control unit and joy-stick are included as standard items. Manual over-ride and optional motors (for hazardous locations) are available asoptions.

For pricing and availability of various electric remote control options,contact Ansul Technical Services.


FJM-100 SELF-EDUCTING ACCESSORIES

NOZZLE K FACTORS

gpm (Lpm)____ _____

2114 (8000)

1321 (5000)

1057 (4000)

793 (3000)

528 (2000)

RECOMMENDEDMAX. CAPACITY

58 73 87 102 116 131 145 160 174 189 203 218 235 psi(4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (bar)

006469

Note: The nozzle is an internal part of the monitor; therefore, performance criteria is based uponpressure at the flanged inlet connection.

Ft (M)___ _______

295 (90)

262 (80)

230 (70)

197 (60)

164 (50)

131 (40)

98 (30)

66 (20)

33 (10)

gpm (Lpm)____ _____

1585 (6000)1321 (5000)1057 (4000)792 (3000)

528 (2000)

(DEDUCT 10% FOR SELF EDUCTING NOZZLE)MINIMUM RANGE AT WIND STILL CONDITIONS

15 29 44 58 73 87 102 116 131 145 160 174 psi(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (bar)

006471

FJM-100 MONITOR RANGE OF JET

CAPACITY RANGES FOR FJM-100 MONITORS

007070

20.5 IN.(520 mm)

14.6 IN.(370 mm)

FJM-100 WTO

13.8 IN.(350 mm)

15.0 IN.

(380 mm)

006467

20.5 IN.(520 mm)

20.5 IN.(520 mm)

13.2 IN.(335 mm)

6.7 IN.(170 mm)

13.2 IN.(335 mm)

6.7 IN.(170 mm)

15 IN.(380 mm)

17.7 IN.(450 mm)

4 IN. ANSI 150 LB

MALE 2 IN.

BSP

FOAM CONCENTRATE

23.2 IN.(590 mm)

16.9 IN.(430 mm)

4 IN. ANSI 150 LB

8.2 IN.(208 mm)

FJM-100

FJM-100/C EL/MV

FJM-100 S

JOY-STICK

CONTROLUNIT

VOLTAGE SUPPLY BY ORDER

006472







The FJM-150 series of monitors is designed to deliver approximately3100 gpm (11,700 Lpm); however, actual flow rate is dependent onnozzle setting and inlet pressure. This monitor is a dual waterwaydesign. The balanced design reduces unwanted torque and swing, whilethe range of movement is easily operated with dual handles. The Sversion of the monitor/nozzle is self educting. The G version is gearoperated. The EL/MV version is electric gear motor driven with remotenozzle pattern control. The WTO version is self-oscillating.



Elevation (vertical movement):Monitor Elevation DepressionFJM-150 +90° –60°FJM-150 S +90° –60°FJM-150 G +70° –70°FJM-150 S G +70° –50°FJM-150 EL +70° –70°FJM-150 WTO +70° –70°


Nozzle Pattern: Manually adjustable straight to fogElectric: Solenoid valve, water driven hydraulic straight to fog



Finish: Painted red

Stability: Manual Monitors: Lock knob for elevation (vertical movements),Balanced slide bearings prevent sweep (rotational movement)Electric Monitors: Electric gear motors, ball bearings


Weight: FJM-150 104 lb (47 kg)FJM-150 S 110 lb (50 kg)FJM-150 G 126 lb (57 kg)FJM-150 S G 132 lb (60 kg)FJM-150 EL 176 lb (80 kg)FJM-150 WTO 137 lb (62 kg)



006498

FJM-150: DNV, Lloyd’s RegisterFJM-150 S: DNVFJM-150 EL: DNV


FJM-150 G FJM-150 S GFJM-150 ELFJM-150 WTO

4 105.5 136.0

5 136.0 159.6

6 160.3 185.9

7 182.1 207.5

8 201.9 226.5

10 230.3 254.3

14 256.7 282.4





NOZZLE K FACTORS

APPROVALS

SPECIFICATIONS

DESCRIPTION

FEATURES


Data/Specifications

Part No. Description______ _________431109 FJM-150 431110 FJM-150 S with 2 in. suction hose*431111 FJM-150 G431112 FJM-150 S G with 2 in. suction hose*431113 FJM-150/C EL/MV**433235 FJM-150 WTO

* Specify flow, inlet pressure, concentrate and % concentration; maximum foamconcentrate induction 158 gpm (600 Lpm)

** Specify Voltage and current type




Ft (M)___ _______328 (100)

295 (90)

262 (80)

230 (70)

197 (60)

164 (50)

131 (40)

98 (30)

66 (20)

33 (10)

gpm (Lpm)____ _____

2642 (10000)2113 (8000)1585 (6000)

1321 (5000)

(DEDUCT 10% FOR SELF-EDUCTING NOZZLE)MINIMUM RANGE AT WIND STILL CONDITIONS

15 29 44 58 73 87 102 116 131 145 160 174 psi(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (bar)

006477

gpm (Lpm)____ _____

3963 (15000)

2642 (10000)

1321 (5000)

RECOMMENDEDMAXCAPACITY

58 73 87 102 116 131 145 160 174 189 203 218 235 psi(4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (bar)

NOTE: The nozzle is an internal part of the monitor; therefore, performancecriteria is based upon pressure at the flanged inlet connection.

006476



006479

36.2 IN.(920 mm)

36.2 IN.(920 mm)

29.9 IN.(760 mm)

8.8 IN.(222 mm)

29.9 IN.(760 mm)

8.8 IN.(222 mm)

23.2 IN.(590 mm)

7.9 IN.(200 mm)21.7 IN.

(550 mm)25.5 IN.

(650 mm)

6 IN. ANSI 150 LB 6 IN. ANSI150 LB

MALE 2 IN. BSP

FOAM CONC.

FOAMCONCENTRATE

31.9 IN.(810 mm)

23.2 IN.(590 mm)

6 IN. ANSI 150 LB

CONTROLUNIT

JOY-STICK

VOLTAGE SUPPLY BY ORDER

10.4 IN.(264 mm)

FJM-150FJM-150 G

FJM-150 S G

FJM-150/C EL/MV

006478

FJM-150 S

10.4 IN.(264 mm)

31.1 IN.(790 mm)

31.1 IN.(790 mm)

27.2 IN.(690 mm)

7.9 IN.(200 mm)

MALE 2 IN.

BSP10.4 IN.

(264 mm)

007071

36.2 IN.(920 mm)

16.7 IN.(423 mm)

FJM-150 WTO

23.2 IN.(590 mm)







The FJM-200 series of monitors is designed to deliver approximately5300 gpm (20,000 Lpm), however actual flow rate is dependent onnozzle setting and inlet pressure. This monitor is a dual waterwaydesign. The balanced design reduces unwanted torque and swing, whilethe range of movement is easily operated with geared handwheels. TheS version of the monitor/nozzle is self educting. The G version is gearoperated. The EL/MV version is electric gear motor driven with remotenozzle pattern control.



Elevation (vertical movement):Monitor Elevation DepressionFJM-200 G +70° –60°FJM-200 S G +70° –45°FJM-200 EL +70° –60°


Nozzle Pattern:Manually adjustable straight to fog, water hydraulic drivenElectric: Solenoid valve, water driven hydraulic straight to fog



Finish: Painted red

Stability: Manual Monitors: Worm gear drivenElectric Monitors: Electric gear motors


Weight: FJM-200/K G 199 lb (90 kg)FJM-200/K S G 205 lb (93 kg)FJM-200/K EL 276 lb (125 kg)



FJM-200EL: American Bureau of Shipping (ABS), DNV

006499

n Refineries n Lumber Yardsn Chemical Plants n Rail Carsn Petrochemical Storage n Coal Storagen Marine Tankers/Barges n Process Areasn Marine Loading Docks n Fire Trucks/ARFF Vehiclesn Loading Docks n Fire Boatsn LNG/LPG Storage n Aerial Apparatusn Paper Mills



Turns K Factor

5 208.1

6 232.4

7 263.7

9 319.2

11 374.7

13.6 437.1


NOZZLE K FACTORS


APPLICATION

APPROVALS

SPECIFICATIONS

DESCRIPTION

FEATURES


Data/Specifications

Part No. Description______ _________

431114 FJM-200 G431115 FJM-200 S G with suction hose*431116 FJM-200/C EL/MV*** Specify flow, inlet pressure, concentrate and % concentration, maximum foam concentrate

induction 158 GPM (600 LPM)

** Specify Voltage and current type








006485

39.8 IN.(1010 mm)

11.1 IN.(282 mm) 11.1 IN.

(282 mm)

28.3 IN.(720 mm) 32.3 IN.

(820 mm)

8 IN. ANSI 150 LB

8 IN. ANSI 150 LB

VOLTAGE SUPPLIED BY ORDER

MALE 2 IN. BSP

FOAM CONC.

FJM-200 G

FJM-200/C EL/MV MONITOR

Ft (M)___ _______427 (130)

394 (120)

361 (110)

328 (100)

295 (90)

262 (80)

230 (70)

197 (60)

164 (50)

131 (40)

98 (30)

gpm (Lpm)____ _____

5284 (20000)

4491 (17000)

3963 (15000)

3435 (13000)

DEDUCT 10% FOR SELF INDUCTION NOZZLEMINIMUM RANGE AT WIND STILL CONDITIONS

87 102 116 131 145 160 174 psi(6) (7) (8) (9) (10) (11) (12) (bar)

006484

FJM-200 S G

11 IN.(279 mm)

CONTROLUNIT

JOY-STICK

39.4 IN.(1000 mm)

28.3 IN.(720 mm)

gpm (Lpm)____ _____

7926 (30000)

5284 (20000)

3963 (15000)

2642 (10000)

RECOMMENDEDMAX CAPACITY

58 73 87 102 116 131 145 160 174 189 203 218 235 psi(4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (bar)

006483

Note: The nozzle is an internal part of the monitor, therefore, performance criteria is based upon pressure at theflanged inlet connection.




39.8 IN.(1010 mm)

� Choice of four foam chamber sizes for various foam solution flow raterequirements.

� Hinged inspection hatch with captive bolt securement for ease ofinspection and maintenance.

� Choice of primed or standard red finish. Polyamide “CR” epoxy finishavailable for marine and other corrosive environments.

� Teflon vapor seal allows unrestricted flow of expanded foam.

� Convenient vapor seal replacement without removal of retaining bolts.

� UL Listed.

ANSUL foam chambers are air-aspirating foam discharge devices thatare used to protect various types of flammable liquid storage tanksincluding open top floating roof tanks and cone roof tanks with or withoutinternal floaters. Additional applications include most types of open tankswhere flammable liquid products are involved.

Foam chambers are defined by NFPA 11 as Type II discharge outlets fordelivering foam to the surface of a flammable liquid. They are commonlyused with bladder tanks, balanced pressure pump proportioningsystems, line proportioners, or foam trucks. These foam chambers canbe used with ANSUL low-expansion foam agents that are determined tobe suitable for the flammable liquid being protected.

The ANSUL foam chambers consist of a foam expansion chamber andan integral foam maker with a stainless steel screened air inlet. A remov-able orifice plate located at the flanged inlet to the foam maker is sizedto deliver the required flow rate of foam solution at a specified inlet pres-sure. A frangible Teflon vapor seal is burst upon entry of foam solutionallowing an unrestricted flow of expanded foam into the chamber body.From the chamber body, the foam flows through the foam deflectorwhich disperses the foam into the storage tank.

The chamber vapor seal is accessible for inspection and service througha hinged inspection hatch that is secured with captive bolts. The hatchalso contains a lifting handle that is designed to support the weight ofthe foam chamber.

The foam deflector directs the foam stream down the tank sidewall tolessen the submergence of the foam and agitation of the fuel surface(Type II application). The foam deflector is a split (two-piece) style. Thesplit deflector allows for either bolting or welding to storage tanks wheninstallation may be performed from both sides of the tank wall as withnewly constructed tanks. The split deflector also allows for insertion ofthe deflector through the flange opening from the outside wall as is oftenrequired with tanks already in service.

The foam chamber and deflector can be bolted to the storage tank usinga mounting pad. The pad contains mounting studs to fit standard flangeholes.

The foam chamber assembly shall consist of a chamber body with anintegral foam maker and orifice plate. A foam deflector and foamchamber mounting pad shall be included with the assembly as required.

The foam chamber body shall be of steel construction with a choice ofprimed, standard red, or “CR” epoxy finish. The discharge outlet shall beof the flat-faced flange design that may be welded or bolted to thestorage tank. For ease of access to the vapor seal, the chamber bodyshall contain a hinged inspection hatch secured with stainless steelcaptive bolts. The hatch shall also contain a lifting handle designed tosupport the weight of the chamber for hoisting.

The foam maker shall contain a stainless steel screen that is cylindricallyshaped to conform to the air inlet surface to help prevent damage. Thevapor seal shall be of Teflon construction to allow an unrestricted flow.The Teflon vapor seal shall be designed of a thickness to meet the ULrequired burst pressure range of 10 to 25 psi (0.69 to 1.72 bar). Thevapor seal retainer shall be designed with slotted keyholes to eliminatebolt removal during replacement. The inlet to the foam maker shall be araised-face flange with an orifice sized to allow the required flow rate offoam solution at the available pressure.

A split foam deflector shall be provided for either bolting or welding tothe mounting surface, or for installation from the outside wall of thestorage tank. For bolting applications, a mounting pad shall be availablewith a stud pattern compatible with the flat-face flange of the foamchamber body and the foam deflector.

A stainless steel nameplate shall be attached to the foam chamberhatch. The nameplate shall specify manufacturer, model number, andpart number.

SPECIFICATIONS

DESCRIPTION

APPLICATION

FEATURES

FOAM CHAMBERSData/Specifications

HINGEDINSPECTIONHATCH

CHAMBER BODY

OUTLETFLANGE

INLETFLANGE

GASKETS

MOUNTINGPAD

ORIFICEPLATE

GASKETS

SPLITDEFLECTOR

TANKWALL

001257

The flow rate of the foam chamber is determined by the orifice size andthe inlet pressure. The flow ranges listed in the following table are basedon 40 psi (2.76 bar) using the smallest orifice for the minimum flow and100 psi (6.9 bar) using the largest orifice for the maximum flow.

K-FactorModel Flow Range Range_____ __________ ______AFC-90 49 to 151 gpm 7.8 to 15.1

(185 to 572 Lpm)AFC-170 94 to 279 gpm 14.9 to 27.9



(1325 to 3709 Lpm)

To determine flow rates for specific applications and proper orifice sizing,consult Technical Services, Marinette, WI 54143-2542.

FLOW RANGE

Dimension AFC-90 AFC-170 AFC-330 AFC-550

A 26 1/16 in. 31 7/8 in. 35 3/8 in. 42 in.(66.2 cm) (81.0 cm) (89.9 cm) (106.7 cm)

B 15 5/16 in. 19 5/8 in. 20 5/8 in. 24 3/4 in.(38.9 cm) (49.8 cm) (52.4 cm) (62.9 cm)

C 8 1/2 in. 10 in. 11 1/8 in. 12 3/8 in.(21.6 cm) (25.4 cm) (28.3 cm) (31.4 cm)

D 8 3/8 in. 10 3/8 in. 12 3/8 in. 15 in.(21.2 cm) (26.4 cm) (31.4 cm) (38.1 cm)

E 7 in. 9 in. 10 in. 12 in.(17.8 cm) (22.9 cm) (25.4 cm) (30.5 cm)

Fi 2 1/2 in. 3 in. 4 in. 6 in.(6.4 cm) (7.6 cm) (10.2 cm) (15.2 cm)

Fo 4 in. 6 in. 8 in. 10 in.(10.2 cm) (15.2 cm) (20.3 cm) (25.4 cm)

G 3 1/4 in. 4 1/16 in. 5 in. 6 7/8 in.(8.3 cm) (10.3 cm) (12.7 cm) (17.5 cm)

H 5 5/16 in. 7 3/8 in. 9 1/8 in. 9 3/4 in.(13.5 cm) (18.7 cm) (23.1 cm) (24.8 cm)

I 8 in. 9 1/2 in. 11 in. 12 in.(20.3 cm) (24.1 cm) (27.9 cm) (30.5 cm)

J 4 5/8 in. 6 1/8 in. 7 3/4 in. 8 1/4 in.(11.7 cm) (15.6 cm) (19.7 cm) (20.9 cm)

K 8 in. 12 in. 16 in. 20 in.(20.3 cm) (30.5 cm) (40.6 cm) (50.8 cm)

L 12 in. 18 in. 24 in. 30 in.(30.5 cm) (45.7 cm) (61.0 cm) (76.2 cm)

M 4 1/2 in. 6 5/8 in. 8 5/8 in. 10 3/4 in.(11.4 cm) (16.8 cm) (21.9 cm) (27.3 cm)

N 7 1/2 in. 9 1/2 in. 11 3/4 in. 14 1/4 in.(19.1 cm) (24.1 cm) (29.8 cm) (36.2 cm)

O 3/4 in. 7/8 in. 7/8 in. 1 in.(1.9 cm) (2.2 cm) (2.2 cm) (2.5 cm)

P 2 7/8 in. 3 1/2 in. 4 1/2 in. 6 5/8 in.(7.3 cm) (8.9 cm) (11.4 cm) (16.8 cm)

Q 5 1/2 in. 6 in. 7 1/2 in. 9 1/2 in.(13.9 cm) (15.2 cm) (19.1 cm) (24.1 cm)

R 3/4 in. 3/4 in. 3/4 in. 7/8 in.(1.9 cm) (1.9 cm) (1.9 cm) (2.2 cm)

S 8 1/2 in. 12 in. 16 in. 20 in.(21.6 cm) (30.5 cm) (40.6 cm) (50.8 cm)

T 14 1/2 in. 16 in. 24 1/2 in. 23 1/4 in.(36.8 cm) (40.6 cm) (62.2 cm) (59 cm)

U 1 1/2 in. 1 1/2 in. 1 1/2 in. 3 5/16 in.(3.8 cm) (3.8 cm) (3.8 cm) (8.4 cm)

V 6 15/16 in. 8 25/32 in. 10 27/32 in. 13 3/4 in.(17.6 cm) (22.3 cm) (27.5 cm) (34.9 cm)

W 4 5/16 in. 4 11/16 in. 5 3/4 in. 7 5/32 in.(11 cm) (11.9 cm) (14.6 cm) (18.2 cm)

DIMENSION TABLE

A

B

C

D

E

I

BOLTING WITHSPLIT DEFLECTOR

WELDING WITHSPLIT DEFLECTOR

BOLTING WITH PADAND SPLIT DEFLECTOR

INLET FLANGE (Fi DETAIL) –RAISED FACE (ANSI)

AFC-330, 550AFC-90, 170

R

G

H

Fi INLET FLANGE (ANSI)

Fo OUTLET FLANGE(ANSI)

J

001259

001260

008543

K

L

AFC-550 AFC-90, 170, 330O

O

OUTLET FLANGE –FLAT FACE (FO DETAIL)

OUTLET FLANGE –FLAT FACE

R

BOLTING WITHSHALLOW DEFLECTOR

INLETFLANGE (F DETAIL)

T

U

W

008544

SHALLOWDEFLECTORSREQUIREINSTALLATION FROMINSIDE OF THE TANK

V S

M

Q Q

P P

M

NN


Part No. Description lb (kg)_______ _________ _________Foam Chambers75887 Foam Chamber/Maker, AFC-90, Primed 60 (27.2)75883 Foam Chamber/Maker, AFC-90, Standard Red 60 (27.2)75879 Foam Chamber/Maker, AFC-90, CR EpoxyRed 60 (27.2)74376 Split Deflector, AFC-90, Primed 5 (2.3)428637 Shallow Deflector, AFC-90, Primed 5 (2.3)75888 Foam Chamber/Maker, AFC-170, Primed 100 (45.4)75884 Foam Chamber/Maker, AFC-170, Standard Red 100 (45.4)75880 Foam Chamber/Maker, AFC-170, CR Epoxy Red 100 (45.4)74380 Split Deflector, AFC-170, Primed 10 (4.5)428638 Shallow Deflector, AFC-170, Primed 10 (4.5)75889 Foam Chamber/Maker, AFC-330, Primed 145 (65.8)75885 Foam Chamber/Maker, AFC-330, Standard Red 145 (65.8)75881 Foam Chamber/Maker, AFC-330, CR Epoxy Red 145 (65.8)74384 Split Deflector, AFC-330, Primed 20 (9.1)428639 Shallow Deflector, AFC-330, Primed 20 (9.1)75890 Foam Chamber/Maker, AFC-550, Primed 270 (122.5)75886 Foam Chamber/Maker, AFC-550, Standard Red 270 (122.5)75882 Foam Chamber/Maker, AFC-550, CR Epoxy Red 270 (122.5)74388 Split Deflector, AFC-550, Primed 30 (13.6)428640 Shallow Deflector, AFC-550, Primed 30 (13.6)

Note: Shallow deflectors are a lower protrusion option than the standard split deflectors illustrated on Page 3.Shallow deflectors may be required for cone roof tanks with internal floaters where the protrusion of asplit deflector interferes with the internal floater operation.

Foam Chamber Accessories74392 Foam Chamber AFC-90 Mounting Pad, Primed 15 (6.8)74390 Foam Chamber AFC-90 Mounting Pad, CR Epoxy Red 15 (6.8)74396 Foam Chamber AFC-170 Mounting Pad, Primed 20 (9.1)74394 Foam Chamber AFC-170 Mounting Pad, CR Epoxy Red 20 (9.1)74400 Foam Chamber AFC-330 Mounting Pad, Primed 35 (15.9)74398 Foam Chamber AFC-330 Mounting Pad, CR Epoxy Red 35 (15.9)74404 Foam Chamber AFC-550 Mounting Pad, Primed 50 (22.7)74402 Foam Chamber AFC-550 Mounting Pad, CR Epoxy Red 50 (22.7)418581 Foam Chamber AFC-90 Vapor Seal Assembly 0.5 (0.23)418582 Foam Chamber AFC-170 Vapor Seal Assembly 0.5 (0.23)418583 Foam Chamber AFC-330 Vapor Seal Assembly 0.5 (0.23)418584 Foam Chamber AFC-550 Vapor Seal Assembly 0.5 (0.23)75985 Foam Chamber AFC-90 Cover Gasket 0.3 (0.14)75986 Foam Chamber AFC-170 Cover Gasket 0.3 (0.14)75987 Foam Chamber AFC-330 Cover Gasket 0.3 (0.14)75988 Foam Chamber AFC-550 Cover Gasket 0.3 (0.14)74610 Foam Chamber AFC-90 Orifice Plate 1 (0.45)74611 Foam Chamber AFC-170 Orifice Plate 1 (0.45)74612 Foam Chamber AFC-330 Orifice Plate 1 (0.45)74613 Foam Chamber AFC-550 Orifice Plate 1 (0.45)74408 Foam Chamber AFC-90 Foam Diverter Test Tube 15 (6.8)74412 Foam Chamber AFC-170 Foam Diverter Test Tube 20 (9.1)74416 Foam Chamber AFC-330 Foam Diverter Test Tube 40 (18.1)74420 Foam Chamber AFC-550 Foam Diverter Test Tube 65 (29.5)75968 Foam Chamber Cover Screw, All Models 0.3 (0.14)

Note: Foam chambers, mounting pads, foam deflectors are available constructed of 304 stainless steel.Contact Technical Services for pricing and availability.

Copyright ©2010 Tyco Fire Suppression & Building Products. All rights reserved.Form No. F-85154-7


www.ansul.comOne Stanton StreetMarinette, WI 54143-2542

� Stainless steel construction for corrosive environments

� Cylindrically-shaped air inlet screen helps prevent accidental damageor blockage

� Choice of two models with orifice plates sized for specific flow raterequirements

� Removable foam solution inlet screen for ease of inspection andcleaning (FLR-30 only)

ANSUL® Floating Roof Foam Makers (FLR) are air-aspirating foamdischarge devices that are designed to protect floating roof, flammableliquid storage tanks. Specifically, the protected storage tanks must be ofopen-top construction with either double-deck or pontoon-type floatingroofs. This type of construction eliminates the need for a vapor seal,allowing the use of foam makers rather than foam chambers. Additionalapplications include protection of diked flammable liquid storage and spillareas.

Floating roof foam makers are used with various types of proportioningsystems such as bladder tanks, balanced pressure pump proportioningsystems, or line proportioners. The foam makers can be used withappropriate ANSUL low-expansion foam agents for the flammable liquidbeing protected.

The ANSUL floating roof foam maker is constructed of stainless steelcomponents for corrosion resistance.

A screened air inlet, conforming to the cylindrical body, allows uniformair distribution into the foam solution stream to generate expanded foam.This design also helps prevent damage and inhibits the entrance offoreign materials.

A removable orifice plate at the threaded inlet is sized to deliver foamsolution over a range of flow rates depending on the inlet pressure (seeFlow Range section). The acceptable operating pressure range is 30 psi(2.1 bar) to 150 psi (10.3 bar).

A stainless steel foam solution strainer is provided at the inlet (FLR-30).The strainer is secured by a snap retaining ring to allow removal forinspection and cleaning. The solution inlet of the FLR-90 does notrequire a strainer.

The floating roof foam maker body, barrel, and sub-component partsshall be constructed of corrosion-resistant stainless steel. The foammaker shall be designed with a female NPT inlet and a male NPT outlet.

A machined brass metering orifice plate shall be provided at the inletand sized to deliver the required flow rate of foam solution at a specifiedinlet pressure. The metering orifice and stainless steel foam solution inletstrainer when applicable shall be secured with a snap retaining ring toenable removal for inspection and cleaning. The foam maker orifice shallbe stamped with the appropriate diameter.

The floating roof foam maker shall have a stainless steel air inlet screenthat is cylindrically shaped to the air inlet surface to ensure optimumperformance and help prevent damage.

The flow rate of the floating roof foam maker is determined by the orificesize and inlet pressure. The flow ranges listed in the following table arebased on 30 psi (2.1 bar) using the smallest orifice for the minimum flow,and 150 psi (10.3 bar) using the largest orifice for the maximum flow.

K-FactorModel Flow Range Range_____ __________ _____

FLR-30 6.7 to 79.6 gpm 1.2 to 6.5(25.4 to 301 Lpm)

FLR-90 31.1 to 197.7 gpm 5.6 to 16.1(118 to 748 Lpm)

To determine flow rates for specific applications and proper orifice sizing,consult ANSUL Technical Services.

FLOW RANGE

SPECIFICATIONS

DESCRIPTION

APPLICATION

FEATURES

FLR AND AFM FOAM MAKERSData/Specifications

001270BARREL

AERATIONSCREEN

ORIFICEPLATE

RETAININGRING

AIR INLETSCREEN

BODY

FOAMSOLUTIONSTRAINER

FLR-30

DimensionsDim. C Dim. D

Model Dim. A – in Dim. B – in in (cm) in (cm)_____ __________ _________ __________ ________

FLR-30 1 1/2 NPT 1 1/4 NPT 2.25 (5.7) 16 (41)

FLR-90* 2 1/2 NPT 2 1/2 NPT 3.25 (8.3) 25 (64)

*FLR-90 inlet strainer is not supplied or required.

D

BA

C

001272


Part No. Description lb (kg)______ _________ _________75615 FLR-30 Foam Maker 4.5 (2.0)75633 FLR-90 Foam Maker 13.0 (5.9)


Typical Material List

A B C D E F G__ __ __ __ __ __ __

FLR-30 1 1/2 NPT 1 1/4 x 2 1/2 2 1/2 in. Nipple 2 1/2 in. 90° Elbow 2 1/2 in. 45° Elbow 1 1/2 in. UnionRed. Coup.

FLR-90 2 1/2 NPT 2 1/2 x 4 4 in. Nipple 4 in. 90° Elbow 4 in. 45° Elbow 2 1/2 in. UnionRed. Coup.

Typical Floating Roof Tank Foam Maker Installation Typical Diked Area Foam Maker Installation

007598007597

DIKE WALL

SOLUTIONSUPPLY PIPING

SOLUTIONSUPPLY PIPING

FOAM DAM

SPLASH BOARD

EE

A

D D

F

D

C

B

G

ROOF

E E

F

D

D

D

A

B

G

C

Typical Storage Tank Protection

001269FOAM PROPORTIONINGSYSTEM

FOAMMAKER

FOAMDAM

FLOATING ROOFSTORAGE TANK

Typical Dike Protection

AFC-90 FLR Chamber Typical Diked Area AFM Installation

001271

FROMPROPORTIONINGSYSTEM

FOAM MAKER

DIKE WALL

In some FLR installations, mounting may be easily accomplished usingthe “AFC-90 FLR Chamber” which is the chamber portion only from anANSUL Foam Chamber (AFC-90). This device is supplied with the coverand outlet gaskets and a 2 1/2 in. NPT inlet. Use of this device with anFLR-30 will require a 2 1/2 in. x 1 1/4 in. reducing bushing not providedby ANSUL. The FLR Foam Makers and other normal AFC accessoriessuch as a Mounting Pad or Split Deflector are sold separately.

Note: The “AFC-90 FLR Chamber” is not supplied with a vapor seal orvapor seal retaining ring and should not be used on hazards that requirevapor seals.


Part No. Description lb (kg)_______ _________ _________

415829 AFC-90 FLR Chamber, Standard Red 40 (18)

415830 AFC-90 FLR Chamber, CR Epoxy Red 40 (18)

415831 AFC-90 FLR Chamber, Primed 40 (18)


In some Foam Maker installations, particularly very large dikes or jetties,it may be required to have flow rates above those offered with the FLRFoam Makers. The ANSUL Foam Maker “AFM” is the Foam Makerportion of an ANSUL Foam Chamber without the Chamber. The AFM isavailable as standard product constructed from mild steel with the “CR”Epoxy Red Paint System. The assemblies can be manufactured with theStandard Red Paint System or Primed only for field painting. For highlycorrosive environments, the assemblies can be manufactured from 304Stainless Steel. Contact ANSUL Technical Service for details.

Inlet Outlet MinimumFlange Pipe Size Pipe Size

Length 150 lb ANSI NPT DownstreamModel A B C D_____ _____ __________ ________ _________

AFM-170 11 1/4 in. 3 in. 3 in. 6 in.(28.6 cm) (7.6 cm) (7.6 cm) (15.2 cm)



007600

2.50 IN. FNPTINLET

150 LB. 4 IN.ANSI FLANGE

Note: See also Rim Seal Foam Pourer Data Sheet F-200103 for other methods ofmounting FLR Foam Makers.

2.75 IN.

10.75 IN.

7.00 IN.

18.94 IN.

8.19 IN.

007599

NOTE: PIPE AND FITTINGSDOWNSTREAM FROMAFM WILL TYPICALLYBE THREADED,WELDED, GROVELOCK, OR FLANGED.

SOLUTIONSUPPLYPIPING

DIKE WALL

A

B

C

D


Part No. Description lb (kg)_______ _________ _________

75401 AFM-170, CR Epoxy Red 15 (6.8)

75402 AFM-330, CR Epoxy Red 25 (11.4)

75403 AFM-550, CR Epoxy Red 35 (15.9)


Copyright ©2009 Tyco International Ltd.Form No. F-87101-3

ANSUL is a trademark of Tyco International Ltd. or its affiliates.

Indicates revised information.

One Stanton StreetMarinette, WI 54143-2542


FEATURES

n Air aspirated foam makern Continuous K factors from 1.2 – 16.1n Operating pressures from 30 to 150 psi (2.1 to 10.3 bar)n Assembly includes UL Listed FLR foam makern Provides wind protection allowing all foam to be applied in the

sealing arean Gentle foam applicationn Shipped complete and ready for field installationsn Carbon steel body coated with a corrosion resistant epoxy paint

system and stainless steel pipingn Inlet and outlet screened to prevent bird entryn No welding required for mounting

ApplicATion

ANSUL® FLR-30-FP and FLR-90-FP Rim Seal Foam Pourers are air-aspirating foam discharge devices that are designed to protect floating roof, flammable liquid storage tanks. Specifically, the protected storage tanks must be open-top construction with either double-deck or pontoon-type floating roofs.

Rim Seal Foam Pourers are used with various types of proportioning systems such as bladder tanks, balanced pressure pump proportion-ing systems, or line proportioners. The Foam Pourers can be used with appropriate ANSUL low-expansion foam agents for the flammable liquid being protected.

DEScRipTion

The Rim Seal Foam Pourer is designed to discharge fully aspirated foam directly to the annular seal area of open top floating roof storage tanks for fire or vapor suppression. Fully aspirated foam provides the most effective performance for all types of foam concentrates.

The Rim Seal Foam Pourer is designed utilizing the UL Listed FLR-30 or FLR-90 Foam Makers. The pourer design provides protection from the wind, allowing the aspirated foam to gently discharge onto the protected area of the floating roof tank. Gentle application minimizes submergence and agitation, increasing the effectiveness of the foam blanket. The design of the unit allows for uniform and cohesive foam flow.

The FLR-30- and FLR-90 Rim Seal Foam Pourers are classified as Type II discharge devices in accordance with NFPA 11, “Standard for Low-Expansion Foam.”

The cover of the unit, opposite of the foam inlet, is designed for removal to allow for internal inspection. The unit can be mounted on the top flange of the fuel storage tank utilizing the mounting holes located in the base of the Rim Seal Foam Pourer or by the use of clamps.

A screened air inlet, conforming to the cylindrical body, allows uniform air distribution into the foam solution stream to generate expanded foam. This design also helps prevent damage and inhibits the entrance of foreign materials.

A removable orifice plate at the threaded inlet is sized to deliver foam solution over a range of flow rates depending on the inlet pressure. The acceptable operating pressure range is 30 psi to 150 psi (2.1 to 10.3 bar).

A stainless steel foam solution strainer (on FLR-30-FP only) is provided at the foam maker inlet. The strainer is secured by a snap retaining ring to allow removal for inspection and cleaning.

004613

004615

SpEciFicATionS

The Foam Pourers shall be finished in epoxy paint with zinc-rich primer over abrasive blasted steel. The inlet shall have a flat-face 2.5 in. steel flange, and the orifice plate shall be made of field-replaceable machined brass. The fasteners shall be constructed of stainless steel as well as the inlet and outlet screens; the screen prevents birds from entering the foam pourer. The operating pressure shall range from 30 to 150 psi (2.1 to 10.3 bar), and the continuous K factors shall be from 1.2 - 16.1.

FlR-30-Fp/FlR-90-Fp RiM SEAl FoAM poURERData/Specifications

FloW RAnGE

The orifice size and inlet pressure determines the flow rate of the Rim Seal Foam Pourer. The flow ranges listed in the following table are based on 30 psi (2.1 bar) using the smallest orifice for the minimum flow, and 150 psi (10.3 bar) using the largest orifice for the maximum flow.Model Flow Range K-Factor Range_____ __________ ____________FLR-30-FP 6.7 to 79.6 gpm (25.4 to 301 Lpm) 1.2 to 6.5FLR-90-FP 31.1 to 197.7 gpm (118 to 748 Lpm) 5.6 to 16.1

To determine flow rates for specific applications and proper orifice sizing, consult ANSUL Technical Services.

oRDERinG inFoRMATion

Approximate Shipping WeightPart No. Description lb (kg)_______ _________ _________428170 FLR-30-FP 110 (49.9)428171 FLR-90-FP 120 (54.4)

Copyright ©2009 Tyco International Ltd.Form No. F-200103-3

ANSUL is a trademark of Tyco International Ltd. or its affiliates.



004616

RIM SEAL POURER

FOAMSOLUTION

ROOF

FOAM

STORAGE TANK WALL

FOAM DAM

0046172 3/4 IN.(70 mm) 7/8 IN.

(22 mm)

7 IN.(178 mm)

40 IN.(1.02 m)

10 IN.(254 mm)

25 IN.(635 mm)

29 IN. (737 mm)

FLR-90-FP20 IN.

(508 mm) FLR-30-FP

4 3/4 IN. (19 mm) hOLES ON5 1/2 IN. (140 mm) DIAMETER

004619

2 3/4 IN.(70 mm)

1 3/8 IN.(35 mm)

13 IN.(330 mm)

13 IN.(330 mm)

40 IN.(1.02 m)

MOUNTING FLANGE

1.06 x .44 IN. (27 mm x 11 mm) SLOT (3)

004618

BARREL

ORIFICE PLATE

RETAINING RING

AERATION SCREEN

AIR INLET SCREEN

BODy

FOAM SOLUTION STRAINER(FLR-30-FP ONLy)

20.6 IN.(523 mm)

Indicates revised information.

� Ten standard sizes to handle a wide range of flow requirements

� Compatible with ANSUL® fluoroprotein and AFFF concentrates forsubsurface injection

� Designed to operate with total back pressure as high as 40% of inletpressure

� Cylindrically-shaped air inlet screen to help prevent accidentaldamage or blockage

ANSUL High Back-Pressure Foam Makers (HBPFM) are designed togenerate expanded foam for the purpose of subsurface injection into acone-roof liquid hydrocarbon storage tank.* The foam maker is typicallylocated outside the diked area surrounding the storage tank. Expandedfoam is injected through a dedicated foam line or into a product line tothe storage tank (refer to Typical Schematics).

The high back-pressure foam maker is capable of generating expandedfoam within the optimum expansion ratio range of 2:1 to 4:1 for subsur-face injection. The foam maker can discharge against a back pressureas high as 40% of the operating inlet pressure. A minimum foam makerinlet pressure of 100 psi (6.9 bar) is typically required for satisfactoryoperation.

High back-pressure foam makers can be used with various types of pro-portioning equipment including bladder tanks, balanced pressure pumpproportioning systems, in-line balanced pressure proportioning systems,and foam trucks. (Line proportioning systems are usually unacceptabledue to the relatively high pressure loss across the line proportioner –except in instances where back pressure to the foam maker is low andavailable water pressure to the line proportioner is relatively high.)

* The flammable liquid being protected must be a hydrocarbon product. Polar solvent flamma-ble liquids or hydrocarbons containing more than 10% alcohol are destructive to subsurfaceinjected foams. See NFPA 11.

The storage tank protected should be of cone-roof construction without any type of internalfloater. NFPA 11 does not recommend subsurface injection systems for open top or coveredfloating roof tanks because of the possibility of improper distribution of foam to the fuelsurface.

The ANSUL high back-pressure foam maker consists of a preassembledbody, discharge tube, turbulator, and metering orifice.

Fixed style foam makers are available in ten models (HBPFM) withnominal flow rates ranging from 100 to 550 gpm (379 to 2082 Lpm).Each of models HBPFM-100 through HBPFM-300 has a 2 1/2 in. NPTfemale inlet and 2 1/2 in. NPT male outlet. Each of models HBPFM-350through HBPFM-550 has a standard ANSI 4 in. pipe flange inlet and6 in. pipe flange outlet.

Portable foam makers are available in five models (HBPFM-P) withnominal flow rates ranging from 100 to 300 gpm (379 to 1136 Lpm). Theportable foam maker is equipped with a standard 2 1/2 in. NHT femaleswivel inlet adaptor and 2 1/2 in. NHT male outlet adaptor.

A screened air inlet allows uniform air distribution into the foam solutionstream resulting in the generation of expanded foam. The screened,cylindrical design helps to prevent accidental damage and inhibits theentrance of foreign material.

A pressure gauge, 0 to 300 psi (0 to 20.69 bar), is provided in the foammaker body to allow monitoring of the water inlet pressure. A pressuregauge shroud is integral to the cast metal body to help prevent gaugedamage.

The high back-pressure foam maker assembly shall consist of ananodized aluminum body and discharge tube. The internal foam turbula-tor and metering orifice shall be machined from stainless steel and sizedto match the designated flow rate and corresponding model designation.

Each of the nominal 100 to 300 gpm (379 to 1136 Lpm) assembliesshall be provided with a 2 1/2 in. NPT female inlet and 2 1/2 in. NPTmale outlet. Each of the nominal 350 to 550 gpm (1324 to 2082 Lpm)assemblies shall be provided with a standard ANSI 4 in. pipe flange inletand 6 in. pipe flange outlet. Portable foam makers shall be equipped withfemale swivel inlet and male outlet adaptors to mate the 2 1/2 in. NPTthread to the specified fire hose thread.

The high back-pressure foam maker shall have a stainless steel air inletscreen that is cylindrically shaped to the air inlet surface to help ensureoptimum performance and avoid damage. A pressure gauge, 0 to300 psi (0 to 20.69 bar), shall be provided in the foam maker body tomonitor operating pressure. A pressure gauge shroud shall be integral tothe cast metal body to help prevent gauge damage.

Approx.Nominal ShippingFlow Rate Weight

Part No. Model Application gpm (Lpm) lb (kg)_______ ____________ _________ ____________ ________71240 HBPFM-100 Fixed 100 (379) 10 (4.5)71241 HBPFM-150 Fixed 150 (568) 10 (4.5)71242 HBPFM-200 Fixed 200 (757) 10 (4.5)71243 HBPFM-250 Fixed 250 (946) 10 (4.5)71244 HBPFM-300 Fixed 300 (1136) 10 (4.5)

71286 HBPFM-350 Fixed 350 (1324) 38 (17.2)71287 HBPFM-400 Fixed 400 (1514) 38 (17.2)71288 HBPFM-450 Fixed 450 (1703) 38 (17.2)71289 HBPFM-500 Fixed 500 (1893) 38 (17.2)71290 HBPFM-550 Fixed 550 (2082) 38 (17.2)

71245 HBPFM-P-100 Portable 100 (379) 12 (5.4)71246 HBPFM-P-150 Portable 150 (568) 12 (5.4)71247 HBPFM-P-200 Portable 200 (757) 12 (5.4)71248 HBPFM-P-250 Portable 250 (946) 12 (5.4)71249 HBPFM-P-300 Portable 300 (1136) 12 (5.4)

HBPFM K Factor

100 7.7

150 13.9

200 17.3

250 22.4

300 25.9

350 30.8

400 35.4

450 40.4

500 44.1

550 48.4

K FACTORS


SPECIFICATIONS

DESCRIPTION

APPLICATION

FEATURES

HIGH BACK-PRESSURE FOAM MAKERSData/Specifications

Dedicated Foam Line

BLOCKVALVE CHECK

VALVE

HIGHBACK-PRESSUREFOAMMAKER

WATERLEVEL

LIQUIDHYDRO-CARBON

DIKE001261

DEDICATEDFOAM LINE

Injection Into Product Line

SHUT-OFFVALVE

CHECKVALVE

HIGHBACK-PRESSUREFOAM MAKERBLOCK

VALVE

WATERLEVEL

LIQUIDHYDRO-CARBON

DIKE

001262PRODUCTLINE

TYPICAL SCHEMATICS

Models HBPFM-100 Through 300 (Fixed)and HBPFM-P-100 Through 300 (Portable)

DISCHARGETUBE

OUTLET ADAPTOR(PORTABLE MODELS)

SCREEN

AIRINLET

METERINGORIFICE

PRESSUREGAUGE

PROTECTIVESHROUD

BODY

SWIVEL INLETADAPTOR (PORTABLEMODELS)

001263

Models HBPFM-350 Through 550 (Fixed)

DISCHARGETUBE

6 IN. OUTLETFLANGE

SCREEN

AIRINLET

METERINGORIFICE

PRESSUREGAUGEPROTECTIVE

SHROUD

BODY

4 IN. INLETFLANGE

001264



Models HBPFM-P-100 Through 300 (Portable)

INL

ET

PR

ES

SU

RE16.25 IN(41.3 cm)

5.56 IN(14 cm)

4 IN(10.2 cm)

2 1/2-8 NPT

18.75 IN(47.6 cm)

5.56 IN(14 cm)

5 IN(12.7 cm)

2 1/2-7.5 NPT

21.38 IN(54.3 cm)

9 IN(22.9 cm)

0.75 IN(19 mm)

0.88 IN(22 mm)

11 IN(27.9 cm)

001265

001266

001267

001268

HB

PFM

-100

HB

PFM

-150

HB

PFM

-200

HB

PFM

-250

HB

PFM

-300

HB

PFM

-350

HB

PFM

-400

HB

PFM

-450

HB

PFM

-500

HB

PFM

-550

(kPa) psi____ ___

(1724) 250

(1379) 200

(1034) 150

(690) 100

(483) 70

(345) 50

40 60 80 100 150 200 300 400 600 800 gpm(151) (227) (303) (379) (568) (757) (1136) (1514) (2271) (3028) (Lpm)

FLOW RATE

DIMENSIONS

FLOW RATE VS. INLET PRESSURE

� Reliable, Water Motor Powered

� No Electrical Power Requirements

� Foam Capacities to 28,800 CFM (816 m3/m)

� UL Listed Models

� FM Approved Models

� All Models Have CE Marking

001273

Depending on the type of hazard and its configuration, a JET-X® High-Expansion Foam System may be designed for total flooding (dischargingfoam into an enclosed space around the hazard) or local application(designed to discharge foam directly onto the fire or spill). Commonapplications suited for high-expansion foam include:

� Aircraft Hangars

� Hazardous Waste Storage

� Paper Product Warehouse

� Tire Warehouse

� Flammable Liquid Storage

� Mining

� Ship Holds and Engine Rooms

� Power Stations

� Gas Turbine Generators

� Cable Tunnels

� Engine Test Cells

� Transformer Rooms

� Basements, Cellars and Enclosed Spaces

� Communications Switching Stations

In addition to the above hazard types involving Class A and B fires, highexpansion foam is effective in controlling Liquefied Natural Gas (LNG)fires by blocking heat feedback from the flames to the LNG therebyreducing the vaporization rate.

High-expansion foam is also effective in reducing vapor concentrationsdownwind from unignited LNG and other hazardous low-boiling-pointgaseous products such as ammonia spills.

� Minimal water damage is caused to the structure or its contents� Due to the high-expansion ratios, little water is required to generate

large quantities of expanded foam� Because of its extremely low water content, high-expansion foam can

be used in and around many types of electrical equipment (see note)� The potential for hazardous run-off is reduced as compared to sprin-

kler systems requiring a large volume of water

Note: Tests conducted by Massachusetts Institute of Technologyconclude that high-expansion foam can be used to extinguish fires inrooms containing electrical equipment with little or no damage to theequipment from the foam. If the foam is allowed to dissipate, a veryminute residue will be found which can easily be cleaned up.

JET-X High-Expansion Foam Generators deliver a mass of uniformbubbles in which the foam solution is expanded in volume to a range of200:1 to approximately 1000:1. This high-expansion foam is achieved bycoating a perforated screen with a foam solution comprised of water andJET-X High-Expansion Foam Concentrate, while a high volume of air isblown on the screen to produce the expanded foam. A continuoussupply of JET-X foam solution to the JET-X generator enables the devel-opment of a large volume of foam. The largest JET-X generator willproduce 28,800 ft3 per minute (816 m3 per minute) of foam at 100 psi(6.9 bar) inlet pressure. All JET-X generators are water-powered andrequire no other source of power, such as electric motors or gasolineengines.

Extinguishment mechanisms of JET-X High-Expansion Foam Systemsinvolve a combination of the following:� Free air movement necessary for continued combustion is reduced� Water content of the foam being converted to steam dilutes the

oxygen concentration to a level below that necessary to supportcombustion

� Cooling to a temperature below the combustion point or autoignitiontemperature of Class A or Class B fuels occurs as water is convertedto steam

� Reduced surface tension of the foam solution draining from theexpanded foam penetrates into Class A materials extinguishing deepseated fires

� Insulating and heat reflective properties of the foam blanket provide aheat shield preventing fire spread

See Tables 1 and 2 for performance characteristics.

DESCRIPTION

BENEFITS

APPLICATION

FEATURES

JET-X® HIGH-EXPANSION FOAM GENERATORSData/Specifications

GENERATOR COMPONENT INFORMATION

001274

WATERMOTOR

BLOWER FANFOAM SCREEN

FOAM

FOAM SOLUTIONSPRAY

FOAMSOLUTIONINLET

AIRFLOW

ApplicationANSUL electric actuated dampers and louvers are available when theuse of outside air is required to generate a high-expansion foam blanket.These devices are especially suited for total flooding high-expansionfoam systems where combustion products (smoke and soot) and heatproduced from the material(s) involved would inhibit foam production. Inwarmer climates, air exchange may be unnecessary, and actuateddampers and louvers may not be required. However, in cold weatherclimates, they may be mandatory to reduce building heat loss duringwinter conditions.

NFPA 11 Standard for “Low, Medium and High-Expansion FoamSystems” states "air from outside the hazard area shall be used for foamgeneration unless data is provided to show that air from inside thehazard can be successfully employed." ANSUL has done testing withinside air and there are specific applications where it is recommended. If

you have specific questions concerning this matter, contact ANSULTechnical Services.

DescriptionThe ANSUL actuated dampers and louvers are powered by 110 VACand are fail-safe open devices. Energized, the damper or louver isclosed with loss of power to open. They are available with either NEMA4 or NEMA 7 actuators.

Air intake dampers are available for wall or roof mounting. The wallmount damper is a complete package inclusive of the damper with actu-ator, weatherhood with birdscreen, and transition piece to intake ofgenerator. The roof mount damper includes the same features as thewall mount damper as well as roof curbing. Wall relief louvers arecomprised only of a louver with actuator and birdscreen. Wall relieflouvers are not required where adequate venting exists.

HIGH-EXPANSION LOUVERS/DAMPERS

ORDERING INFORMATION – DIMENSIONS

Copyright ©2009 Tyco Fire Suppression & Building ProductsForm No. F-93137-7

Clearance Dimensions* ShippingPart No. A B C D E Weights**NEMA 4 / 7 Model in. (cm) in. (cm) in. (cm) in. (cm) in. (cm) lb (kg)____________ _____ _______ _______ _______ _______ ________ ________

430060 / 430061 Wall Intake Damper Assembly – JET-X-5/5A 44.5 113 44.5 113 24 61 42 107 50 (127) 241 109430062 / 430063 Roof Intake Damper Assembly – JET-X-5/5A 46.5 118 46.5 118 16 40.6 42 107 — — 285 129430064 / 430065 Wall Relief Louver Assembly – JET-X-5/5A 30.5 77 48.5 123 6 15.2 — — — — 50 23430066 / 430067 Wall Intake Damper Assembly – JET-X-15/20/27 54.5 138 54.5 138 24 61 53 135 62.5 (159) 315 143430068 / 430069 Roof Intake Damper Assembly – JET-X-15/20 54.5 138 54.5 138 16 40.6 53 135 — — 360 164430070 / 430071 Wall Relief Louver Assembly – JET-X-15/20/27 60.5 154 84.5 215 6 15.2 — — — — 140 64437018/437097 Roof Intake Damper Assembly – JET-X-27 54.5 138 54.5 138 24 61 53 135 — — 525 238

* Actual dimensions of equipment will be approximately 0.25 in. (6.4 mm) smaller than clearance dimensions listed. TABLE 5** Weights listed are for NEMA 4 models; add 20 lb (9.1 kg) for NEMA 7 models.

006372

006372b

A

C

C

E

C

A, B

B

DTRANSITION

(ROUND)

D TRANSITION(ROUND)

WALL RELIEF LOUVER ASSEMBLY

NOTE: ADDITIONAL DETAILED INSTALLATION DRAWINGS ARE AVAILABLE.CONTACT ANSUL TECHNICAL SERVICES FOR DETAILS.

WALL INTAKE DAMPER ASSEMBLY15/20/27* ROOF INTAKE DAMPER ASSEMBLY

A, B

1.5 IN.(3.8 cm)

1.5 IN.(3.8 cm)



ANSUL and JET-X are trademarks of Tyco Fire Suppression & Building Products or its affiliates.

008446

91 IN.(231 cm)

96 IN.(244 cm)

33 IN.(84 cm)

54 IN.(137 cm)

60 IN.(152 cm)

60 IN.(152 cm)

54 IN.(137 cm)

12 IN. (30.5 cm)

1.75 IN. (4.5 cm)

*27 WEATHER HOOD

Group II Aircraft Hangar (Using Inside Air to Generators)

Hangar to be protected is:Group II hangar measuring 33,000 ft2 (3066 m2)Sprinkler system (wet pipe) for 0.17 gpm/ft2 over 5000 ft2(6.9 lpm/m2 over 465 m2)

Fill time:As stated in NFPA 409, fill depth of 3 ft within one minute with suffi-cient foam concentrate for 12 minutes total

Size of building:150 ft x 220 ft = 33,000 ft2 (46 m x 67 m = 3082 m2)

CALCULATION WITH SPRINKLERS

R = ([V/T] + RS) x CN x CARS = Rate of foam breakdown by sprinklers (10 cfm/gpm of sprinkler

discharge)CA = Compensation for inside air (1.20 constant – ANSUL® test

criteria)CL = Leakage factor not required for local application system

R = ([99000 ft3/1 min] + 8500 cfm) x 1.15 x 1.2 = 107500 x 1.15 x1.2 = 148350 cubic feet per minute minimum required

Metric:R = ([2803 m3/1 min] + 241 m3/m) x 1.15 x 1.2 = 3044 x 1.15 x 1.2

= 4201 cubic meters per minute minimum required

148350 / 27,303 CFM (4201/773 m3/m)per generatorJET-X-27 @ 75 psi (5.2 bar) = 5.43

Therefore, use six JET-X-27 generators at 27,303 CFM (773 m3/m)each

UnitWeights 2 3/4% 2%

Part No. Model lb (kg) Approval Approval_______________________________________________________

420001 JET-X-2A 73 33 CE UL, CE420002 JET-X-5 255 116 UL, FM, CE CE420003 JET-X-5A 255 116 FM, CE UL, CE420005 JET-X-15A (UL) 397 180 UL, CE UL, CE420006 JET-X-15A (FM) 397 180 FM, CE CE420007 JET-X-15A (LNG) 397 180 UL, CE UL, CE421590 JET-X-20 397 180 UL, CE UL, CE436899 JET-X-27 720 327 UL, CE UL, CE

Stainless Steel*:471066 JET-X 2A 73 33 CE UL, CE436936 JET-X-5A 255 116 CE UL, CE436878 JET-X-15A (UL) 398 180 UL, CE UL, CE472526 JET-X-15A (LNG) 398 180 UL, CE UL, CE471871 JET-X-20 397 180 UL, CE UL, CE

TABLE 3*Stainless Steel Hosing and Motor Brackets

ORDERING INFORMATIONTYPICAL JET-X SYSTEM CALCULATION (Local Application)

High-expansion foam systems are designed in accordance withNFPA 11 Standard for “Low, Medium and High-Expansion FoamSystems,” which requires that the high-expansion generator(s) be listedor approved together with the type of high-expansion foam concentrateused. The JET-X generators carry the listings as indicated in Table 3.

Where required, the foam generator shall be powered by a water reac-tion motor. The water reaction motor shall provide both the screenwetting solution and the energy to drive the fan.

The foam generator shall not require any outside power source, such aselectricity or gasoline engines.

All foam generators designed for fixed installations shall be equippedwith a stainless steel screen for maximum reliability under fire conditions.

The proportioning system normally used for a high-expansion foamsystem shall be of the balanced pressure type utilizing a bladder tankand proportioner to provide metering accuracy with minimal loss of avail-able pressure from the water supply.

Generator Foam SolutionInlet Pressure Output Flow

Model No. psi bar cfm cmm gpm Lpm Expansion________________________________________________________

JET-X-2A 50 3.4 1,854 53 35 132 396:175 5.2 2,777 79 42 159 495:1

JET-X-15A 40 2.8 12,121 343 108 409 840:1(UL) 50 3.4 14,491 410 119 450 911:1

75 5.2 19,141 542 145 549 987:1100 6.9 21,796 617 169 640 965:1

JET-X-15A 50 3.4 12,949 367 180 681 538:1(LNG) 75 5.2 17,769 503 220 833 604:1

100 6.9 19,503 552 260 984 561:1

JET-X-20 40 2.8 13,530 383 212 803 477:150 3.4 14,746 418 238 901 463:175 5.2 19,007 538 294 1,113 484:1

100 6.9 22,598 640 338 1,279 500:1

JET-X-27 40 2.8 20,295 575 181 685 839:150 3.4 23,965 679 203 768 883:175 5.2 27,303 773 243 920 840:1

100 6.9 28,802 801 276 1,045 781:1

TABLE 1

NOTES:

1. 2% concentrate not to be used for salt water applications.

2. JET-X 2% and JET-X 2 3/4% concentrates are not to be mixed fornormal system operation.

Generator Foam SolutionInlet Pressure Output Flow

Model No. psi bar cfm cmm gpm Lpm Expansion________________________________________________________

JET-X-2A 50 3.4 2,240 63 35 132 465:175 5.2 3,200 91 42 159 555:1

100 6.9 3,735 106 50 189 545:1

JET-X-5A 50 3.4 6,658 189 61 231 816:175 5.2 9,383 266 75 284 936:1

100 6.9 10,655 302 87 329 916:1

JET-X-5A 50 3.4 5,700 161 61 231 700:175 5.2 7,500 212 75 284 750:1

100 6.9 8,000 227 87 329 685:1

JET-X-15A 50 3.4 13,880 393 119 450 870:1(UL) 75 5.2 17,410 493 145 549 900:1

100 6.9 19,545 553 169 640 865:1

JET-X-15A 50 3.4 12,985 368 105 397 925:1(FM) 75 5.2 17,985 509 128 485 1050:1

100 6.9 17,100 484 150 568 855:1

JET-X-15A 50 3.4 12,625 358 180 681 525:1(LNG) 75 5.2 14,495 410 220 833 495:1

100 6.9 18,240 516 260 984 525:1

JET-X-20 40 2.8 13,443 381 212 803 474:150 3.4 16,034 454 238 901 504:175 5.2 21,145 599 294 1,113 538:1

100 6.9 24,301 688 338 1,279 538:1

TABLE 2

Building to be protected is:Light steel constructionNot sprinklered

Hazard:Low density combustibles

Fill Time:As stated in NFPA 11, the fill time for a non-sprinklered building oflight steel construction and a hazard of low density combustibles is amaximum of 3 minutes

Size of Building:100 ft (30.5 m) x 30 ft (9.1 m) = 3000 ft2 (278 m2)

Height of building 10 ft (3 m) = Volume of 30000 ft3 (850 m3)

CALCULATION WITHOUT SPRINKLERSR = (V) x CN x CL___

(T)

R = Rate of Discharge (CFM)V = Submergence Volume (cubic feet)T = Submergence Time (minutes)CN = Compensation for normal shrinkage (1.15 constant)CL = Compensation for leakage

(1.0 no leakage)(1.2 moderate leakage)

R = 30000 x 1.15 x 1 = 10000 x 1.15 x 1_____3

= 11500 cubic feet per minute required

Metric:R = 850 x 1.15 x 1 = 283.3 x 1.15 x 1___

3 = 326 cubic meters per minute required

Therefore, use two JET-X-5A generators at 6000 CFM (170 m3/m)each

TYPICAL JET-X SYSTEM CALCULATION (Total Flooding)

2 3/4% PERFORMANCE CHARACTERISTICS

2% PERFORMANCE CHARACTERISTICS

SPECIFICATIONS

APPROVALS GENERAL DIMENSIONAL INFORMATION – JET-X-27

C

A

B

D

001275

E

A B C D E* F G H

Model in. (cm) in. (cm) in. (cm) in. (cm) NPT in. (cm) in. (cm) in. (cm)_____ ____________ ____________ _________ ___________ ____ _________ _________ ________

JET-X-2A 25.00 63 25.00 63 30 76 4.0 10 1 in. — — — — — —JET-X-5 42.00 107 42.00 107 40 101 7.0 18 1.5 in. 27 69 — — — —JET-X-5A 42.00 107 42.00 107 40 101 7.0 18 1.5 in. 27 69 — — — —JET-X-15A (UL) 64.00 163 64.00 163 46 117 8.5 22 2 in. 36 91 5 13 8 20JET-X-15A (FM) 64.00 163 64.00 163 46 117 8.5 22 2 in. 36 91 5 13 8 20JET-X-15A (LNG) 64.00 163 64.00 163 46 117 8.5 22 2 in. 36 91 5 13 8 20JET-X-20 64.00 163 64.00 163 46 117 8.5 22 2 in. 36 91 5 13 8 20

* All units are available with rear and side inlets Exception: JET-X-15A (LNG) and JET-X-20 are rear inlet only. TABLE 4

006371

G

H

F

7/16 IN. HOLE

4 PLACES

TOP AND BOTTOM VIEWMOUNTING HOLE LOCATIONSFRONT VIEWSIDE VIEW

64.50 IN.(164 cm)

93.50 IN.(238 cm)

45.00 IN.(114 cm)

36.00 IN.(91 cm)

36.00 IN.(91 cm)

24.12 IN.(61 cm)

60.75 IN.(154 cm)

63.25 IN.(160 cm)

40.00 IN.(102 cm)

32.25 IN.(82 cm)

SIDE VIEW

BOTTOM VIEW, MOUNTING HOLE LOCATIONS

TOP VIEW

FRONT VIEW

NOTE: JET-X-27 GENERATOR ISUL LISTED AND CE MARKED.

* SIDE INLET ONLY

0.44 IN. DIA.(1.1 cm)4 PLACES

13.70 IN.(35 cm)

13.70 IN.(35 cm)

5.00 IN.(13 cm)

5.00 IN.(13 cm)

8.00 IN.(20 cm)

2 IN.NPT*

0.44 IN. DIA.(1.1 cm)6 PLACES

008417

GENERAL DIMENSIONAL INFORMATION – JET-X-2A, -5, -5A, -15A (UL, FM, OR LNG), -20

n Heavy gauge welded steel construction

n Hot-dipped galvanized steel

n Greaseless polyethylene bearings

n Lever-action friction brake

n Prewound booster Hhose included

n Suitable for wall or floor mounting

n Manual rim rewind

n Optional hand crank available

ANSUL® continuous-flow hose reels provide immediate operation in fire-fighting and/or wash-down applications. Whether used in land-basedfacilities or offshore applications, these hose reels offer the benefits ofrugged steel construction along with the superior corrosion resistance ofhot-dip galvanizing. The continuous-flow hose design offers an advan-tage over collapsible hose, as only the amount of hose required isunreeled without kinks or twists. The reels are supplied with 1 1/2 in.(3.8 cm) continuous-flow booster hose with NST (NH) hose couplings.

Typical applications involving water or firefighting foam include:

n Aircraft Hangars

n Helipads

n Truck Loading Racks

n Chemical Processing Facilities

n Warehouses

n Offshore Platforms

n Shipboard/Marine Applications

The continuous-flow hose reel assembly includes the hose reelprewound with the desired length of booster hose. This hose is a single,synthetic, reinforced braid booster hose with a 250 psi (17.2 bar)working pressure having a minimum burst pressure of 1000 psi(69.0 bar). Depending on the application, any ANSUL-supplied handlinenozzle with 1 1/2 in. (3.8 cm) NST threads can be used. This includesvariable pattern fog/straight stream nozzles suitable for water or AFFFapplications, or air-aspirated low and medium-expansion foam nozzles.An optional hand crank is available to convert the standard rim rewindtype reel to a hand crank rewind type reel.

007051

ApproximatePart No. Model No. Description Shipping Weight_______ _________ _________ _____________

433077 AHR-1.5-50 Hose Reel 128 lbw/50 ft (15.2 m) (58.1 kg)hose




433081 — Optional 7 lbHand Crank (3.2 kg)


DESCRIPTION

APPLICATION

FEATURES

AHR CONTINUOUS FLOW HOSE REELSData/Specifications





Hose DimensionsPart No. Model No. Capacity A B C D E F G H I

433077 AHR-1.5-50 50 ft 16.75 in 24.1 in 3.4 in 27.8 in 21.3 in 12.0 in 25.5 in 17 in 14.75 in(15.2 m) (42.5 cm) (61.2 cm) (8.6 cm) (70.6 cm) (54.1 cm) (30.5 cm) (64.8 cm) (43.2 cm) (37.5 cm)




007053

A

D

B

I

C

E

H

F

G

* Center of 1 in. x 13/32 in. (2.5 cm x 1.0 cm) slot; suggested bolt size of 3/8 in.

n Heavy gauge welded steel construction

n Hot dipped galvanized reels

n Epoxy corrosion-resistant painted stand

n Greaseless polyethylene bearings

n Lever-action friction brake

n Prewound booster hose included

n Manual rim rewind

n Optional hand crank available

n UL Listed foam eductor – 60 or 95 gpm (227 or 360 Lpm)

n Complete trim package with pick-up tube included

ANSUL® AFS foam stations provide immediate operation in firefightingfoam applications when connected to a pressurized water supply.Whether used in land based facilities or offshore applications, ANSULfoam stations offer the benefits of a rugged hot-dipped galvanized reelwith a red epoxy corrosion resistant “CR” painted stand. The continuous-flow hose reel design offers an advantage over reels or racks equippedwith collapsible hose, as only the amount of hose required is unreeledwithout kinks or twists. The reels are supplied with 1 1/2 in. (3.8 cm)continuous-flow booster hose with NST (NH) hose couplings. Foameductors are fixed flow rate devices that typically require flowing waterpressure in the range of 100 to 200 psi (6.9 to 13.8 bar). Actual foamsolution flow rate is a function of flowing (residual) water inlet pressureand K-Factor of the eductor selected.

Typical applications involving water or firefighting foam include:

n Aircraft Hangars

n Helipads

n Truck Loading Racks

n Chemical Processing Facilities

n Warehouses

n Offshore Platforms

n Shipboard/Marine Applications

ANSUL AFS foam stations contain a continuous-flow hose reelprewound with 1 1/2 in. (3.8 cm) booster hose, reel support stand withepoxy corrosion-resistant “CR” paint system, foam eductor with orificematched to type and concentration of foam required, and 55 gal (208 L)drum installation fittings with pick-up tube. The bottom of the framecontains four 5/8 in. (1.6 cm) mounting holes (for 1/2 in. (1.3 cm) boltsnot provided). The foam concentrate in drums, along with the desiredtype of handline nozzle matched to the eductor, must be ordered sepa-rately. Please consult ANSUL for recommended nozzles to match withfoam eductor flow. The continuous-flow hose reel assembly includes thehose reel prewound with the desired length of booster hose. This hoseis a single, synthetic, reinforced braid booster hose with a 250 psi(17.2 bar) working pressure having a minimum burst pressure of1000 psi (69.0 bar). Depending on the application, any ANSUL-suppliedhandline nozzle with 1 1/2 in. (3.8 cm) NST threads can be used. Thisincludes variable pattern fog/straight stream nozzles suitable for water orAFFF applications, or air-aspirated low and medium-expansion foamnozzles. An optional hand crank is available to convert the standard rimrewind type reel to a hand crank rewind type reel.

007052

ApproximatePart No. Model No. Description Shipping Weight_______ _________ _________ ______________

433221 AFS-60/150 Foam Station 380 lbw/150 ft (45.7 m) (172 kg)hose and PL60 Eductor







433081 — Optional 7 lbs.Hand Crank (3.2 kg)


DESCRIPTION

APPLICATION

FEATURES

AFS FOAM STATIONSData/Specifications





Hose DimensionsPart No. Model No. Capacity A B C D E F

433221 AFS-60/150 150 ft 44.1 in 3.4 in 37 in 27.8 in 44 in 22.5 in(45.7 m) (112.0 cm) (8.6 cm) (94.0 cm) (70.6 cm) (111.8 cm) (57.2 cm)







007054

A

D

B

C

E

F

LOW-EXPANSION FOAM HANDLINE NOZZLES

n Noncorrosive materials

n Easy-to-operate ball shut off valve

n Light weight for ease of handling

n Good foam quality with pressure of 45 psi (310 kPa) and greater

The ANSUL® KR-S low-expansion foam handline nozzles can be usedwith all low expansion foam agents such as fluoroprotein, AFFF, alcoholresistant AFFF, and Class A foam concentrates. These portable, airaspirating nozzles can be used in a variety of flammable liquid hazardareas using ANSULITE® Class B foam concentrates. Typical applica-tions include municipal fire departments and crash-fire-rescue (CFR)vehicles, or for handline applications around tank farms, loading racks,aircraft hangars, and chemical plants.

Using SILV-EX® Class A foam concentrate, an effective blanketing foamis produced for use for structural fire attack and other deep-seated firesinvolving tires, rolled paper, baled cotton and coal bunkers.

The advantage of low expansion compared to medium expansion foamis the greater throw range and superior cooling effect achieved by thehigher water content.

Two sizes are available for nominal flow rates of 60 gpm (227 Lpm) and120 gpm (454 Lpm) @ 100 psi (689 kPa). Foam solution is sprayedthrough the nozzle and foam is produced in the tube as air is drawn in.Each nozzle has a ball shut-off valve. The nozzle tube is constructed ofstainless steel with a tough polyurethane handle providing optimumprotection against corrosion. Although the normal operating pressure is75 – 100 psi (517 – 689 kPa), a minimum operating pressure of 45 psi(310 kPa) is recommended. Foam concentrate is usually proportioned tothe nozzle using the matching ANSUL Model Z eductor.

Model Number KR-S2 KR-S4____________ ______ ______Flow rate @ 100 psi 60 gpm 120 gpm(689 kPa) (227 Lpm) (454 Lpm)

Normal Operating Pressure 75-100 psi 75-100 psi(517-689 kPa) (517-689 kPa)

Expansion Ratio 8:1 – 15:1 8:1 – 15:1

Stream Range 75 ft (23 m) 85 ft (25.9 m)

Overall Length 30 in (76 cm) 39 in (99 cm)

Maximum Width 8 in (20 cm) 8 in (20 cm)

Recommended Eductor ANSUL Z-2 ANSUL Z-4

The models listed below are provided with 1 1/2 in. NHT female inletthreads. Other thread types are available upon request. The flow rateslisted are nominal; see Technical Data Table for performancecharacteristics.


Part No. Description lb (kg)______ _________ ____________

415981 KR-S2 Low Expansion Nozzle 9 (4.1)60 gpm (227 Lpm)

415982 KR-S4 Low Expansion Nozzle 11 (5.0)120 gpm (454 Lpm)


TECHNICAL DATA TABLE

DESCRIPTION

APPLICATION

FEATURES

HANDLINE NOZZLES AND EDUCTORSData/Specifications

001227

MEDIUM-EXPANSION FOAM HANDLINE NOZZLES

n Compact and light weight

n Stainless steel and hard polyurethane construction for optimum corro-sion protection

n Pressure gauge equipped

n Easy-to-operate ball shut-off valve

n Good foam quality with pressures of 45 psi (310 kPa) and greater

ANSUL KR-M medium-expansion foam handline nozzles can be usedwith various types of foam agents. In particular, they are recommendedfor use with the following foam concentrates for typical applications asnoted:

n ANSULITE 3X3 Foam – As a vapor suppressant foam for varioushazardous fuming compounds including oleum and chlorosulfonicacids. ANSULITE 3X3 is also effective with these nozzles as a fireextinguishing foam both for flammable and combustible hydrocarbonand polar solvent (water miscible) fuels.

n FULL-EX® Multi-Expansion Foam – As a fire suppressant for hydro-carbon fuel products when proportioned at a 2% concentration.

n SILV-EX Class A Foam – As a high performance fire suppressant ondifficult Class A fuel fires including wood, paper, coal and rubber. Themedium expansion nozzles, when combined with SILV-EX foam,proportioned between 0.5% to 1.0%, provides for longer surfacewetting with reduced risk of ignition/re-ignition. Additionally, it providesa foam blanket which provides an insulating barrier between the fueland air results.

The advantage of medium expansion foam compared to low expansionfoam is that far more foam can be produced using less water. For somehazard types (i.e., tire fires), three-dimensional protection can beachieved. Medium expansion foam is also effective when injectedthrough door, window or basement openings.


Model Number KR-S2 KR-S4____________ ______ ______

Flow rate @ 100 psi 60 gpm 120 gpm(689 kPa) (227 Lpm) (454 Lpm)


Expansion Ratio 50:1 50:1

Quality of Foam Produced 400 ft3/min 800 ft3/min(11.3 m3/min) (22.6 m3/min)

Stream Range 25 ft (7.6 m) 30 ft (9.1 m)


Maximum Width 7 1/2 in 10 1/2 in(19 cm) (26.7 cm)




Part No. Description lb (kg)______ _________ ____________

415983 KR-M2 Medium Expansion Nozzle 8 (3.6)60 gpm (227 Lpm)

415984 KR-M4 Medium Expansion Nozzle 9 (4.1)120 gpm (454 Lpm)



DESCRIPTION

APPLICATION

FEATURES

001228

DUAL-EXPANSION FOAM HANDLINE NOZZLES

n Two foam handline nozzles in one

n Change over from medium to low expansion foam in seconds

n Noncorrosive materials

n Pressure gauge equipped

n Easy-to-operate ball shut-off valve

n Good foam quality with pressure of 45 psi (310 kPa) and greater

ANSUL KR-S/M dual-expansion foam handline nozzles can be usedwith various types of foam agents. In particular, they are recommendedfor use with the following foam concentrates for typical applications asnoted:

n ANSULITE 3X3 Foam – As a vapor suppressant foam for varioushazardous fuming compounds including oleum and chlorosulfonicacids. ANSULITE 3X3 is also effective with these nozzles as a fireextinguishing foam both for flammable and combustible hydrocarbonand polar solvent (water miscible) fuels.

n FULL-EX Multi-Expansion Foam – As a fire suppressant for hydrocar-bon fuel products when proportioned at a 2% concentration in themedium-expansion setting.

n SILV-EX Class A Foam – As a high performance fire suppressant ondifficult Class A fuel fires including wood, paper, coal and rubber. Thedual-expansion nozzles, when combined with SILV-EX foam propor-tioned between 0.5% to 1.0%, provides for longer surface wetting withreduced risk of ignition/re-ignition. Additionally, it produces a foamblanket which provides an insulating barrier between the fuel and air.

The advantage of medium expansion foam compared to low expansionfoam is that far more foam can be produced using less water. For somehazard types (i.e., tire fires), three-dimensional protection can beachieved. Medium expansion foam is also effective when injectedthrough door, window or basement openings.


Model Number KR-S/M2 KR-S/M4____________ ________ ________Flow rate @ 100 psi 60 gpm 120 gpm(689 kPa) (227 Lpm) (454 Lpm)


Expansion Ratio (low) 8:1 – 15:1 8:1 – 15:1

Expansion Ratio (medium) 50:1 50:1

Quality of Foam Produced 400 ft3/min. 800 ft3/min.(medium) (11.3 m3/min) (22.6 m3/min)

Stream Range (low) 65 ft (19.8 m) 85 ft (25.9 m)

Stream Range (medium) 23 ft (7 m) 26 ft (7.9 m)






Part No. Description lb. (kg)______ _________ ____________

415985 KR-S/M2 Dual Expansion Nozzle 15 (6.8)60 gpm (227 Lpm)

415986 KR-S/M4 Dual Expansion Nozzle 17 1/2 (8.0)120 gpm (454 Lpm)



DESCRIPTION

APPLICATION

FEATURES

001229

FOAM EDUCTORS

n Tough proven design

n Metering valve adjustable up to 6%

n Efficient, low cost proportioning

ANSUL Z model eductors are designed to introduce a variable percent-age of foam concentrate into a pressurized water stream. They providean inexpensive foam proportioning means where available water supplypressures are adequate. Typical applications include use by municipalfire departments, industrial fire brigades and CFR type vehicle person-nel. These eductors can be used with all ANSUL foam concentrates. It isimportant that a matched foam nozzle be used with the eductor toensure proper performance.

Both the Model Z-2 and Z-4 eductor bodies are constructed of brass.The standard inlet and outlet couplings are anodized aluminum withNHT threads. The eductors have a metering valve variably adjustablefrom 0% to 6% concentration and have a flexible pick-up hose by whichfoam concentrate is drawn up from a container. A check valve is incorpo-rated to prevent water from flowing back into the pick-up hose and thusinto the foam container when a foam handline nozzle is shut off.

The outlet pressure recovery of the ANSUL Z model eductors is 70% ofoperating inlet pressure. This correlates to an approximate 30% drop inwater pressure when matched together with the nozzles covered in thisdata sheet. Typical operating pressure at the inlet to the eductor shouldbe approximately 125 – 175 psi (862 – 1207 kPa).

Model Number Z-2 Z-4____________ ___ ___Flow/Pressure 60 gpm @ 175 psi 120 gpm @ 175 psi

(227 Lpm @ 1206 kPa) (454 Lpm @ 1206 kPa)

Normal Operating 125-175 psi 125-175 psiPressure (862 – 1206 kPa) (862 – 1206 kPa)

Maximum Allowed 70% 70%Back-Pressure

Maximum Hose Lay 300 ft (91 m) 100 ft (30.5 m)(1 1/2 in.)(Eductor to Nozzle)



Maximum Height 6 in (15 cm) 6 in (15 cm)

The models listed below are provided with a 1 1/2 in. NHT female inletthread and 1 1/2 in. NHT male outlet thread. Other thread types areavailable upon request. The flow rates listed are nominal; see TechnicalData Table for performance characteristics.


Part No. Description lb. (kg)______ _________ ____________

415979 Z-2 Foam Eductor 60 gpm (227 Lpm) 15 (6.8)

415980 Z-4 Foam Eductor 120 gpm (454 Lpm) 17 (7.7)



DESCRIPTION

APPLICATION

FEATURES


ANSUL, ANSULITE, FULL-EX and SILV-EX are trademarks of Ansul Incorporated or its affiliates.



001230

n Mobile; highly maneuverable

n Ready for instant operation

n Simple to use

The Mobilcart is designed to provide mobile firefighting foam capabilityfor various hazardous areas where flammable liquids are present.Common applications include:

n Tank Farms and Refineries

n Loading Areas

n Chemical Processing Plants

n Diked Areas

n Warehouse Facilities

n Paint Storage Areas

n Any Other Manufacturing Areas Where Flammable Liquids are aHazard

A broad range of foam concentrates can be used for these applicationsincluding ANSULITE® AFFF, Alcohol Resistant AFFF, JET-X® highexpansion type, and protein based foam concentrates. Generally, thetypes of flammable liquids involved and the hazard configuration will bestsuit a particular type of Class B foam concentrate.

For hazards involving Class A fuel fires including wood, paper, coal, andrubber, a proportioning setting of 1% is recommended for use withSILV-EX® ‘‘Class A’’ Fire Control Concentrate.

The Mobilcart is a highly maneuverable wheeled cart consisting of a36 gallon (140 L) polyethylene tank with two built-in hose storage loca-tions, eductor with metering valve, and two lengths of 50 ft. (15.2 m),1 3/4 in. fire hose with choice of foam nozzle. Simply connect to watersupply, turn on water, set the eductor metering valve as necessary, anddirect the nozzle foam stream. It can be easily transported and operatedby one person.

The Mobilcart will supply foam under a wide range of water pressures.Nozzle range is dependent upon the available flowing water pressureand the type of nozzle selected. Flow performance information is givenin the following table.

Performance TableApproximate Operating

Water Inlet Flow Time (Minutes)Eductor psi (Bar) gpm (lpm) 1% 3% 6%______ _________ _________ ___________________Z-2 125 (8.6) 51 (193) 60 20 11Z-2 150 (10.3) 55 (208) 57 19 10Z-2 175 (12.0) 60 (227) 52 17 9Z-4 125 (8.6) 101 (382) 31 10 5.5Z-4 150 (10.3) 111 (420) 28 9 5Z-4 175 (12.0) 120 (454) 26 8.5 4.5

The Mobilcart consists of a 36 gallon (140 L) polyethylene foam tankwith built-in hose storage compartment. The chassis is constructed ofpainted steel tubing. The eductor is a brass 2 in. (5 cm) Model Z-2 or Z-4complete with pick-up tube and metering valve for adjustment from 1%to 6% proportioning. Two 50 ft. (15.2 m) lengths of coupled 1 3/4 in.double-jacket fire hose with aluminum fittings are included. Nozzlechoices are the matching KR-S2 or KR-S4 low-expansion foam nozzle,the KR-M2 or KR-M4 medium-expansion handline nozzle, or the ElkhartChief Waterfog nozzle.

Ansul Shipping WeightPart No. Description lb. (kg)______ _________ ___________429952 MOBILCART (36 gal.)/60 gpm, 180 (82)

Low Exp. KR-S2 Nozzle429953 MOBILCART (36 gal.)/60 gpm, 180 (82)

Med. Exp. KR-M2 Nozzle429954 MOBILCART (36 gal.)/60 gpm, 180 (82)

Waterfog Nozzle429955 MOBILCART (36 gal.)/120 gpm, 180 (82)

Low Exp. KR-S4 Nozzle429956 MOBILCART (36 gal.)/120 gpm, 180 (82)

Med. Exp. KR-M4 Nozzle429957 MOBILCART (36 gal.)/120 gpm, 180 (82)

Waterfog Nozzle

NOTE: Foam concentrate is not included with the Mobilcart and must be ordered separately.Optional components such as fittings and nozzles are available upon request.


SPECIFICATION

DESCRIPTION

APPLICATION

FEATURES

FOAM SYSTEMS MOBILCARTData/Specifications

007063


27 1/2 IN.(69.9 cm)

16 IN.(40.6 cm)

10 1/4 IN.(26.0 cm)

48 IN.(121.9 cm)

27 3/4 IN.(70.5 cm)

39 IN.(99.1 cm)

007062

1 5/8 IN.(4.1 cm)

ANSUL, ANSULITE, JET-X and SILV-EX are trademarks of Ansul Incorporated or its affiliates.



n Stainless Steel Construction for Use in Corrosive Environments

n Nominal Flow Rates of 60, 95, or 120 gpm (227, 360, or 454 Lpm)

n Compatible with ANSUL® PL-60, PL-95, and PL-120 LineProportioners

n Optional Pistol-Grip Shutoff Available (Anodized Aluminum)

n Lightweight, Portable Design for Maximum Mobility

ANSUL (HL) foam handline nozzles can be used with all low expansionfoam agents: protein foam, fluoroprotein foam, and AFFF. Theseportable, air aspirating nozzles can be used in a variety of flammableliquid hazard areas. Typical applications include use by municipal firedepartments and crash-fire-rescue vehicles; or for handline applicationsaround tank farms, loading racks, aircraft hangars, and chemical plants.

ANSUL handline nozzles are available in three sizes (HL-60, HL-95, andHL-120) with or without pistol-grip shutoff. The nozzles are constructedof stainless steel; the pistol-grip shutoff is anodized aluminum.Lightweight and compact, they maximize fire fighting mobility and easeof use.

Protein/Fluoro-protein AFFF 3% ARC______ ____ _______

Foam Expansion Ratio 8:1 10:1 7:1

Drain Time (25%) 7 min. 3 min. 8 min.

Stream Range @ 50 ft. 50 ft. 50 ft.50 psi (345 kPa) (15.2 m) (15.2 m) (15.2 m)



Hose MaximumHandline Line Size Hose Length*Nozzle Proportioner in. ft. (m)______ __________ ____ __________HL-60 PL-60 1 1/2 200 (61.0)HL-95 PL-95 1 1/2 100 (30.5)HL-120 PL-120 1 1/2 100 (30.5)* Maximum hose length is based on nozzle being elevated a maximum of 8 ft. (2.4 m) above

line proportioner.

HOSE LENGTH/SIZE DATA

TYPICAL FOAM QUALITY/RANGE DATA

DESCRIPTION

APPLICATION

FEATURES

AIR ASPIRATING HANDLINE NOZZLEData/Specifications

19 IN.(48.3 cm)

10 IN.(25.4 cm)

23.1 IN.(58.7 cm)

3 IN.(7.6 cm)

2.5 IN.(6.4 cm)

NOZZLEOPTIONALSHUTOFF

001223

The models listed below are provided with 1 1/2 in. NHT female inletthreads. Other thread types are available upon request. The flow rateslisted are nominal; see Flow Rate Data for actual flow rates based oninlet pressure.

ApproximatePart Shipping WeightNo. Description lb. (kg)___ _________ _________

77796* HL-60 Nozzle without Shutoff, 5 (2.3)60 gpm (227 Lpm)

77792* HL-60S Nozzle with Shutoff, 7 (3.2)60 gpm (227 Lpm)

77797* HL-95 Nozzle without Shutoff, 5 (2.3)95 gpm (360 Lpm)

77793* HL-95S Nozzle with Shutoff, 7 (3.2)95 gpm (360 Lpm)

77981 HL-120 Nozzle without Shutoff, 5 (2.3)120 gpm (454 Lpm)

78419 HL-120S Nozzle with Shutoff, 7 (3.2)120 gpm (454 Lpm)

* UL Listed






001224

(kPa) psi____ ___HL-60 HL-95 HL-120

(1034) 150

(827) 120

(690) 100

(621) 90

(552) 80

(483) 70

(414) 60

(345) 50

(276) 4040 50 60 70 80 90 100 120 150 gpm

(151) (189) (227) (265) (303) (341) (379) (454) (568) (Lpm)

FLOW RATE

INL

ET

PR

ES

SU

RE

FLOW RATE DATA

n Tough Proven Design

n Metering Valve Adjustable From 1% to 6%

n Simple, Economical Proportioning Means

Rockwood Model FWB eductors are designed to introduce a variablepercentage of foam concentrate into a pressurized water stream. Theyprovide an inexpensive foam proportioning means where available watersupply pressures are adequate. Typical applications include use bymunicipal fire departments, industrial fire brigades and CFR type vehiclepersonnel. These eductors can be used with all ANSUL® foam concen-trates.

The Model FWB eductor bodies are constructed of brass. The eductorbody is provided with a female swivel coupling on the inlet side and amale connection on the discharge side. The eductors have a meteringvalve variably adjustable from 1% to 6% concentration and have a flexi-ble pick-up hose by which the foam concentrate is drawn up from thecontainer. The metering valve contains a check valve which prevents aback-flow of water into the concentrate container in the event the nozzleis shut off or restricted.

All in-line eductors have a relatively high pressure drop. The pressuredrop across a Rockwood eductor will be approximately 30% of the linepressure. Rockwood FWB eductors are designed to give maximumpossible recovered pressure consistent with proper operation.

The FWB eductors will properly function only with limited back pressureon the device. Therefore, it is recommended that the maximum length ofhose between the eductor and the nozzle is 100 ft (30.5 m) and thedifference in elevation between the two devices should not exceed 20 ft(6.1 m).

Eductors must be matched with nozzles of equal gallonage rating.

001183

Normal Operating

Part No. Size Flow Rate Pressure_______ ____ ________ ________

420068 1 1/2 in. NH 50 gpm @ 150 psi 75 to 175 psi(227 Lpm @ 1034 kPa) (517 to 1207 kPa)




Part No. Description lb (kg)_______ _________ ___________

420068 FWB Eductor With Pick-up Tube 10 (4.5)and Metering Valve – 1 1/2 in NH - 50 gpm (227 Lpm)



420071 Pick-up Tube – 1 1/2 in – 2 (.9)Replacement

420072 Pick-up Tube – 2 1/2 in – 4 (1.8)Replacement


TECHNICAL DATA

DESCRIPTION

APPLICATION

FEATURES



FWB FOAM EDUCTORData/Specifications



n Self-contained

n Positive pressure

n Adjustable proportioning

n Flush connection for easy maintenance

n No outside power required

n Can be attached anywhere in hose line

n Can be used with any nozzle within the unit flow range

n Supplies foam to any length of water line

n No leveling required

The ANSUL® Flow-Mix* Model 500 Foam Proportioner is designed toaccurately proportion a foam liquid concentrate into a water stream up to1% concentration. Using SILV-EX® Class A Foam Concentrate tremen-dous fire fighting capability over standard water application is achieved.Typical applications include structural fires, wildland grass and brushfires, land fill fires, tire fires, wood processing plant fires, coalmining/coal bunker fires, and forest fires. Utilizing ANSULITE® 1% AFFFFoam Concentrate, the Flow-Mix Model 500 Foam Proportioner, with themetering valve set in the 1% position, is recommended for use on ClassB hydrocarbon fuel fires such as gasoline and diesel fuel. The unit canbe used in either fixed applications or with mobile fire fighting apparatusused by industrial, municipal and rural fire departments, power compa-nies, and state or federal agencies involved in fire fighting.

The ANSUL Flow-Mix Model 500 Foam Proportioner is a fully self-contained, positive pressure, foam concentrate to water proportioner.The Model 500 proportioner requires no outside power source as itoperates totally from the pressure available from the flow of waterthrough the connected hose line.

The Model 500 design incorporates the use of a differential pressurevalve that supplies water pressure around a bladder type tank containingthe foam concentrate. Regard-less of the flow rate, automatic andextremely accurate proportioning is achieved through the combined useof an adjustable, precision metering valve and positive water pressure.For operator convenience, an easy to use, selector valve is utilizedproviding OFF, FOAM, and REFILL positions. When refilling with foamconcentrate, the selector valve is placed in the REFILL position and thebuilt-in hand pump is used. Refilling requires approximately 2 minutesand the primary water flow is unaffected during the procedure.

The unit comes equipped with a removable pick-up tube for ease ofrefilling from a pail, drum or bucket.

The ANSUL Flow-Mix Model 500 Foam Proportioner has been designedusing guidelines established by the U.S. Forest Service and the Bureauof Land Management.

001189

Height: Pump Handle 32 in. (81 cm)ExtendedPump Handle 25 in. (64 cm)ClosedDrum Height 18 in. (46 cm)(Canister)

Weight: (empty) 50 lb. (23 kg)

Diameter: 11 in. (28 cm)

Depth: Front to Back 17 in. (43 cm)

Proportioner Range: 0.0 to 1% Infinitely Variable

Flow Range: 5 GPM to 350 GPM(19 Lpm to 1325 Lpm)

Capacity: 5 Gallons (19 L)

Selector Valve: 3 Way – OFF-FOAM-REFILL

Maximum Pressure 24 PSI @ 350 GPM

Drop: (165 kPa @ 1325 Lpm)

Material: Anodized 6061-T651 Aluminum

SPECIFICATIONSDESCRIPTION

APPLICATION

FEATURES

FLOW-MIX™ 500 FOAM PROPORTIONERData/Specifications


Part No. Description lb. (kg)______ _________ _________

415148 Flow-Mix 500 53 24 kgFoam Proportioner



Tyco Safety ProductsMarinette, WI 54143-2542


ANSUL, ANSULITE and SILV-EX are trademarks of Ansul Incorporated or its affiliates. Flow-Mix is a trademark of ROBWEN Inc.

001190

11 IN.(28 cm)

18 IN.(46 cm)

25 IN.(64 cm)

27 IN.(69 cm)

32 IN.(81 cm)

17 IN.(43 cm)

13 1/2 IN.(34 cm)

2 1/2 IN.NH THREAD

2 1/2 IN.NH THREAD






The FJM-80 P series of portable monitors is designed to deliver approxi-mately 800 GPM (3000 LPM), however actual flow rate is dependent onnozzle setting and inlet pressure. This monitor is a dual waterwaydesign. The balanced design reduces unwanted torque and swing, whilethe range of movement is easily operated with dual handles. The Sversion of the monitor/nozzle is self educting. The O version is a wateroscillating version.


Sweep (rotation):Manual: Full 220°Portable: 60°, (220° with oscillating mechanism disconnected)

Elevation (vertical movement):Maximum Minimum

Monitor Elevation Elevation______ _______ _______FJM-80 P +80 +30FJM-80 SP +80 +30FJM-80 PO +80 +20FJM-80 SPO +80 +20


Nozzle Pattern: Manually adjustable straight to fog


Material:Monitor: 316L Stainless steelNozzle: Bronze

Finish: Painted red

Stability: Lock knob for elevation (vertical movements),

Balanced slide bearings prevent sweep (rotational movement)

Connection: 3 in. BSP

Weight: FJM-80 P 24 lbs. (11 kg)FJM-80 SP 24 lbs. (11 kg)FJM-80 PO 33 lbs. (15 kg)FJM-80 SPO 33 lbs. (15 kg)

Maximum Pressure: 200 psi (13.8 bar)

Range: Up to 230 ft. (70 m)

n Refineries n Lumber Yards

n Chemical Plants n Structural

n Petrochemical Storage n Coal Storage

n Loading Docks n Process Areas

n LNG/LPG Storage n Rail Cars

n Paper Mills n Municipal/Fire Brigades


FJM-80 FJM-80 S

1.5 16 22.2

2 22.6 35.0

3 33.7 52.0

4 45.8 68.0

5 59.7 77.7

6.8 — 85.7

7 70.1 —

9 79.1 —

Q = K P Q = GPM P = PSI

NOZZLE K FACTORS

APPLICATION

SPECIFICATIONS

DESCRIPTION

FEATURES

PORTABLE MONITOR/NOZZLE HIGH-FLOW SERIESMODEL FJM-80 P

Data/Specifications

CAPACITY RANGES FOR FJM-80 (PORTABLE) MONITORS

GPM (LPM)____ _____

1321 (5000)

1057 (4000)

793 (3000)

528 (2000)

264 (1000)

RECOMMENDEDMAX CAPACITY

psi 58 73 87 102 116 131 145 160 174 189 203 218 235(bar) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16)

006464

Note: The nozzle is an internal part of the monitor, therefore, performancecriteria is based upon pressure at the flanged inlet connection.

Part No. Description______ _________428925 Drum Kit (single)429414 Drum Kit (double)434980 Kit Connection to Drum Kit

(required for single and double drum kit)434985 Tote Connection Kit434983 Vacuum Relief Assembly for Totes

Part No. Description______ _________431102 FJM-80 P431103 FJM-80 SP with suction hose*431104 FJM-80 PO431105 FJM-80 SPO with suction hose*

*Specify flow, inlet pressure, concentrate and % concentration


FJM-80 ACCESSORIES


ANSUL, ANSULITE, JET-X and SILV-EX are trademarks of Ansul Incorporated or its affiliates.



006468

19.7 IN.(500 mm)

~95

17.3 IN.(440 mm)

9.1 IN.(230 mm)

9.1 IN.(230 mm)

17.9 IN.(456 mm)

17.9 IN.(456 mm)

11.8 IN.(300 mm)

17.3 IN.(440 mm)

13.8 IN.(350 mm)



FT. (METER)___ ________

262 (80)

230 (70)

197 (60)

164 (50)

131 (40)

98 (30)

66 (20)

33 (10)

GPM (LPM)____ _____

793 (3000)

528 (2000)

264 (1000)

(DEDUCT 10% FOR SELF-EDUCTING NOZZLE)

MINIMUM RANGE AT WIND STILL CONDITIONS

15 29 44 58 73 87 102 116 131 145 160 174 PSI(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11)(12) (bar)

006465

OPTIONAL OPTIONAL

MALE 1 1/4 IN.BSP

FJM-80 P

19.7 IN.(500 mm)

FJM-80 SP

n Portable

n Variable expansion with built in bypass control

n Foam capacities up to 7200 CFM (204 CMM)

n Compact unit with recessed controls

n Durable solid rubber feet

n Water powered, no electrical power requirements

n Internal eductor with pick-up tube for foam pail

Depending on the type of hazard and its configuration, a portable foamgenerator may be used for total flooding (discharging foam into anenclosed space around the hazard) or local application (dischargingfoam directly onto the fire or spill). Water damage is minimized usinghigh expansion foam. Common applications include:

n Warehouses

n Ship holds

n Engine rooms

n Machinery spaces

n Electric cable ducting

n Mining

n Communications switching rooms

n Basements, cellars and enclosed spaces

n LNG spill fires and vapor suppression

n Smoke extraction (with optional smoke extraction ducting)

Fiberglass casing, corrosion resistant pipe work and fittings, mainte-nance free turbine.

Width: 34.25 in (870 mm)

Height: 34.75 in (880 mm)

Depth: 18.5 in (470 mm)

Weight: 109 lb (50 kg)

006394

Position the unit, connect the water supply hose to the water inlet andinsert pick-up tube into the foam concentrate container. If using thebypass, attach hose to run bypass water to drain. When open, thebypass system diverts a portion of the inlet water to drain allowing forhigher expansion and dryer foam (800-1200:1 expansion) to allowducting to 50 ft (15 m). Closing the bypass control utilizes all the waterentering the generator and produces wetter foam (550-800:1 expan-sion). The generator is supplied with 100 ft (30 m) of expendable poly-ethylene ducting. The optional foam extractor version, equipped with a25 ft (7.5 m) smoke extraction duct, can also extract smoke at the rateof 10,000 CFM (285 CMM) at 100 psi (7 bar).

OPERATION

DIMENSIONS

CONSTRUCTION

APPLICATION

FEATURES

JET-X®-PFG-7 AND JET-X-PFG-M PORTABLEHIGH EXPANSION FOAM GENERATORS

Data/Specifications

By-Pass Water Water By-Pass Flow to Foam FoamControl Press. Flow Flow Nozzles Output Expansion

psi (bar) gpm (Lpm) gpm (Lpm) gpm (Lpm) CFM (CMM)

Open 58 (4) 45 (170) 13 (50) 32 (120) 3400 (96) 800

Open 101.5 (7) 60 (225) 21 (80) 39 (145) 5600 (159) 1000

Open 145 (10) 71 (270) 26 (100) 45 (170) 7200 (204) 1200

Closed 58 (4) 40 (150) Nil 40 (150) 2900 (82) 550

Closed 101.5 (7) 53 (200) Nil 53 (200) 5000 (140) 700

Closed 145 (10) 63 (240) Nil 63 (240) 6800 (192) 800

TYPICAL PERFORMANCE

n Portable

n Foam capacities up to 2600 CFM (74 CMM)

n Compact unit

n Water powered, no electrical power requirements

n Internal eductor with pick-up tube for foam pail

Depending on the type of hazard and its configuration, a portable foamgenerator may be used for total flooding (discharging foam into anenclosed space around the hazard) or local application (dischargingfoam directly onto the fire or spill). Water damage is minimized usinghigh expansion foam. Common applications include:

n Warehouses

n Ship holds

n Engine rooms

n Machinery spaces

n Electric cable ducting

n Mining

n Communications switching rooms

n Basements, cellars and enclosed spaces

n LNG spill fires and vapor suppression

n Smoke extraction (with optional smoke extraction ducting)

Stainless steel body with all pipework and fittings in corrosion resistantmaterials and bronze pelton wheel.

Position the unit, connect the water supply hose to the water inlet andinsert pick-up tube into the foam concentrate container. The generator issupplied with 100 ft (30 m) of expendable polyethylene ducting. Theoptional foam extractor version can also extract smoke utilizing 25 ft(7.5 m) of smoke extraction ducting.

Width: 22.5 in (570 mm)

Height: 26.25 in (665 mm)

Depth: 14.25 in (360 mm)

Weight: 55 lb (25 kg)

006395

Inlet Pressure Total Water Flow Foam Output Expansionpsi (bar) gpm (Lpm) CFM (CMM)

72.5 (5) 59 (225) 1750 (50) 225:1

101.5 (7) 66 (250) 2200 (62) 250:1

123 (8.5) 71 (270) 2600 (74) 275:1

ShippingPart Length WeightNumber Description in (cm) lb (kg)______ _________ __________ _________430837 JET-X-PFG-7 34.25 (87) 155 (70)

430839 JET-X-PFG-M 22.5 (57) 101 (46)

471803 Extra length ofpoly ductingfor PFG-7 Generator


TYPICAL PERFORMANCE

DIMENSIONS

OPERATION

CONSTRUCTION

APPLICATION

JET-X-PFG-M FEATURES


ANSUL and and JET-EX are trademarks of Ansul Incorporated or its affiliates.



n High volume foam storage

n High capacity flow

n Extremely mobile

n Rugged construction with tandem axle, electric brakes and two rearstabilization jacks

n 5,000 lb (2,268 kg) gross vehicle weight rated trailer meets DOTrequirements

n Hose bins on each side

n Monitor with low friction-loss and 3 in. valve with position indicator

n 4 in. inlet piping with 2.5 in. wye connection on each side

n Master Foam self-educting nozzle – 350, 500, or 750 gpm(1,325, 1,893, or 2,839 Lpm)

n ANSULITE® AFFF storage tote is constructed of high density polyeth-ylene and protected by a rigid welded galvanized tubular steel grid

n Quick tote hold down for easy tote transfer

n Dual totes are available

The ANSUL® Master Foam Tote-Trailer is designed to provide mobilefire protection for flammable liquid hazards typically found in such areasas refineries and associated tank farms, chemical processing plants,truck and rail car unloading facilities and marine terminals. The toteprovides large capacity when compared to foam product in pails anddrums. It is pre-piped to the monitor so it can be quickly placed intoaction. The ANSUL Master Foam Tote-Trailer substantially increases thefire fighting capabilities of industrial, municipal and military fire depart-ments all in an economically priced package.

The ANSUL Master Foam Tote-Trailer consists of the following:

n A trailer assembly is constructed with frame, axle(s), wheels and tiresdesigned to carry the gross weight of the trailer with associated equip-ment and foam concentrate. The trailer frame includes tongue jacksand rear swing down stabilization jacks, standing area with a non-slipsurface, bed made of aluminum diamond plate and side rails on trailerdeck for tote positioning.

n The standard ANSULITE AFFF storage tote concentrate is 265 gal(1,003 L) capacity constructed of high density polyethylene andprotected by a rigid welded galvanized tubular steel grid.

n A completely packaged fixed Protector Station Monitor has a uniquewaterway with low friction loss and delivers water to the nozzle withfewer twists and turns than a conventional monitor. The built-in on/offvalve with position indicator eliminates the need to add a costly valveto the monitor installation.

n The ANSUL Master Foam nozzle is an accurate and durable self-educting foam nozzle with superior stream quality and reach. Thismonitor nozzle is available in your choice of 350, 500 or 750 gpm at100 psi (1,325, 1,893 or 2,839 Lpm at 7 bar). Fog angle is useradjustable between 120° wide fog and straight stream. The nozzlebaffle is easily removed for flushing debris.

007560

Trailer Frame – The trailer frame shall be constructed of structural steelmeeting the requirements of either ASTM A-36 or ASTM A 500 Grade B.It shall be fabricated by welders qualified under Section IX of the ASMECode for groove or fillet welds. The trailer shall be equipped with ballhitch, adjustable tongue dolly with wheel and full light package forhighway use.

Axles – The axles shall be rated a minimum of 2,500 lb (1,134 kg) loadrating each. The axles shall consist of progressive torque action andindependent wheel movement to provide maximum shock absorptionand handling characteristics.

Brakes – The brakes shall be electric type brakes.

Hose Bins – Two, approximately 15 in. wide, 60 in. long, by 18 in. high(38 x 152 x 46 cm). Placed above the fenders.

Tote Tank – The tank shall be 265 gal (1,003 L). It shall be made ofhigh density polyethylene, supported by a pressed galvanized steelbase, and protected by a rigid, welded galvanized tubular steel grid.

Protector Station Monitor – A built-in shut off valve shall be standard.The monitor shall be directly bolted to a common 4-in. pipe flange. Theoutlet shall be available with 2.5-in. male NH threads. A long stream-straightening vane in the discharge section reduces turbulence. Thesimple and basic design shall require no grease or other maintenance.Swiveling elements and seals (including valve seat) can be replaced in afew minutes with just one tool. Threaded ports (1/4 in. NPT) shall beprovided for drain valve and pressure gauge installation. Maximum pres-sure shall be 250 psi (17.2 bar). The Protector is constructed of UNSA03560 alloy heat treated to T6 with poly-impregnation casting treat-ment. It is also hardcoat anodized per military specification MIL-A-8625FType III, Class 1 and features polyester powder-coated outer surfacesinside and out. The swivel clamps, 3 in. valve ball, trunnions and hard-ware are 18-8 stainless steel. The swivel clamps, 3 in. valve ball, trun-nions and hardware shall be 18-8 stainless steel. The monitor may beused to deliver water or foam streams. The Protector Station Monitor isrecommended for use with ANSUL Master Stream nozzles and ANSULMaster Foam nozzles. The built-in valve shall indicate the flow is OFFwhen the valve handle is horizontal and ON when the handle is vertical.Parts shall be manufactured so that the valve cannot be assembled outof phase. A position indicator shows the valve positions as OFF or ON.The position that the valve is normally left in shall depend upon yourparticular standard operating procedure.

SPECIFICATIONS

DESCRIPTION

APPLICATION

FEATURES

MASTER FOAM TOTE-TRAILERData/Specifications

Self-Educting Master Foam Nozzle – The standard swivel couplingshall be 2.5 in. NH female threads. The simple flow geometry (patentpending) shall educt foam concentrate at .5%, 1%, 3%, or 6% with nosmall passages to clog. Percentage is easily set with an interchangeableorifice plate. A set of calibrated foam orifice plates shall be included. Thenozzle shall be supplied with one orifice plate corresponding to theANSULITE foam concentrate for which it is designed.

Nozzle shall come with an industrial grade UV resistant, 8 ft (2.4 m)long, 1.5 in. (38 mm) diameter concentrate hose with a cam lock fittingfor quick and secure attachment to the nozzle. The simple and basicdesign shall require no grease or other maintenance. The haloring/stream shaper shall be made from non-corroding high temperaturepolymer. The rubber bumper shall be UV resistant. The Master Foamself-educting nozzle is constructed with UNS A03560 alloy heat treatedto T6 and hard-coat anodized per military specification MIL-A-8625FType III, Class 1.

Options – The model shown is the base unit. Contact ANSUL TechnicalServices for options on monitors, hoses and other trailer equipmentalong with price and delivery.

Finish – The complete proportioner foam trailer assembly shall be prop-erly prepared and painted with a standard red paint system.

Manufacturer – The manufacturer of the ANSUL Master Foam Tote-Trailer shall have a minimum of 25 years experience in the manufactureand design of fire suppression systems and related fire equipment. Thefoam trailer and the foam concentrate shall be the products of the samemanufacturer.

Contact ANSUL Foam Applications Engineering Department for priceand delivery of Master Foam Tote-Trailer, specify Part No. 428560, andother options for trailers such as a Dual Tote-Trailer, alternate monitors,or additional hand line connection options.

ORDERING INFORMATIONSPECIFICATIONS (Continued)


ANSUL and ANSULITE are trademarks of Ansul Incorporated or its affiliates.



006040

006041

265 GALLON (1,003 L)FOAM CONTAINER,PART NO. 418681,(INCLUDED WITHTRAILER)

85 IN.(216 cm)

76.75 IN.(195 cm)

158 IN. O.A.L.(401 cm)

4 IN. (10.2 cm) 150LB. RF FLANGE

PROTECTORMONITOR,PART NO.427469(INCLUDEDWITH TRAILER)

MASTER FOAM NOZZLE (INCLUDEDWITH TRAILER) SPECIFY FLOW ANDCONCENTRATE TYPE

FOAM TOTE-TRAILER ASSEMBLY, PART NO. 428560

APPROXIMATE WEIGHTS: EMPTY 1,550 LB. (703.1 kg); FOAM 2,350 LB. (1,066 kg)

1 1/2 IN. (3.8 cm)QUICK

CONNECT

2 1/2 NH (6.4 cm) FEMALE,PART NO. 72541

DIMENSIONAL INFORMATION

n High capacity flow

n Extremely mobile

n Rugged construction

n Wide proportioning range

n Designed per NFPA 11C

n Diesel driven balanced pressure proportioning system

n Easy refill during operation

n Multiple tank options

n UL Listed and FM Approved proportioning system

n Torflex axle assemblies

n Tanks constructed by ASME qualified welders

n Highway ready

The ANSUL® proportioning foam trailers (PFT) are designed to providemobile fire protection for flammable liquid hazards typically found in suchareas as refineries and associated tank farms, chemical processingplants, truck and rail car unloading facilities, and marine terminals.These trailers provide foam solution to delivery devices such as foamhandline nozzles and portable monitors; or in semi-fixed applicationssupplying stationary monitors, sprinkler systems, foam makers andchambers, or storage tank sub-surface foam injection devices. TheANSUL PFT series substantially increase the fire fighting capabilities ofindustrial, municipal, and military fire departments without the costsassociated with a truck chassis.

The ANSUL proportioning foam trailer (PFT) consists of the following:

n A trailer assembly constructed of structural steel channel with axle(s),wheels, and tires designed to carry the gross weight of the trailer withassociated equipment and foam concentrate.

n Choice of concentrate tanks in 500, 750, or 1000 U.S. gallon (1893,2839, or 3785 Liter) capacities constructed of carbon steel in accor-dance with NFPA 11C ‘‘Mobile Foam Apparatus’’ with required swashpartitions and removable gasketed top for ease of inspection andcleaning.

n Reliable in-line balanced pressure proportioning system with dualproportioners in parallel to enable wide proportioning flow range withminimum friction loss – less than 10 psi (69 kPa).

n Positive displacement foam concentrate pump driven by air cooleddiesel engine complete with electric key start and instrumentation.Pump constructed of materials compatible with all types of foamconcentrates and capable of being engineered for use with 1%, 3%,or 6% foam concentrates. Manually-operated clutch to engage ordisengage engine while in stand-by condition.

The in-line balanced pressure proportioning system functions by main-taining an equal pressure in the foam concentrate and water inlets to theproportioner. This balancing ability allows the proportioner to be usedover a wide range of flows and pressures. The system will also respondquickly and accurately to changes in the water inlet pressures and flowrates.

A pressure control valve, located in the return line to the foam concen-trate storage tank, is set to maintain a regulated pressure in the supplymanifold that is higher than the pressure in the water supply line. Thefoam concentrate that is not required by the proportioner is returned tothe atmospheric storage tank through the pressure control valve. Thespool valve senses the foam concentrate pressure and automaticallybalances it with the water pressure. A duplex pressure gauge provides areading of the foam concentrate and water pressure. The foam concen-trate then enters the proportioner where a built-in orifice regulates theflow of pressurized foam concentrate entering the water stream.

The trailer is supplied with flanged inlet and outlet for connection tocustomer-supplied fitting or manifold. Upon request, ANSUL can supplyinlet and outlet manifolds constructed to customer specifications.

001179

Trailer Frame – The trailer frame shall be constructed of structural steelmeeting the requirements of ASTM A-36. The trailer shall be equippedwith 3 in. lunette eye hitch, adjustable tongue dolly with wheel and fulllight package for highway use.

Axles – The axle(s) shall be rated a minimum of 7000 lb. load rating.The axle(s) shall consist of progressive torque action and independentwheel movement to provide maximum shock absorption and handlingcharacteristics.

Brakes – The brakes shall be 12 x 2 in. electric type brakes approvedby CSA (Canadian Standards Association).

Tank – The tank shall be constructed in accordance with the require-ments of NFPA 11C, ‘‘Mobile Foam Apparatus.’’ It shall be fabricated bywelders qualified per Section IX of the ASME Code. The tank shall bemounted to the trailer frame utilizing cushioning system consisting ofspring mounting pads to minimize tank flexing.

Proportioning System – The in-line balanced pressure proportionerassembly shall contain all necessary components including foam propor-tioner; pressure balancing spool valve; duplex gauge; control, drain andcheck valves; interconnecting brass pipe and valve identification name-plates.

Balancing shall be accomplished through the use of a spool-type pres-sure balancing valve. This valve shall sense foam concentrate and waterinlet pressures at the outer ends of a dumbbell-shaped piston and shallreact to pressure changes by covering or uncovering the foam supplyport to the proportioner. The balancing valve shall be of C83600 brassconstruction with a phosphor-bronze piston and Buna-N rubber O-ringsand Seals. Interconnecting foam concentrate piping shall be of brassconstruction. The in-line balanced pressure proportioner shall becompletely pressure tested by the manufacturer.

SPECIFICATION

DESCRIPTION

APPLICATION

FEATURES

PROPORTIONING FOAM TRAILERSMODELS PFT-500, PFT-750, PFT-1000

Data/Specifications

Finish – The complete proportioner foam trailer assembly shall be prop-erly prepared and painted with a red enamel paint system.

Approval – The in-line balanced pressure proportioner assembly shallbe listed by Underwriters Laboratories (UL) and approved by FactoryMutual (FM).

Manufacturer – The manufacturer of the proportioning foam trailer shallhave a minimum of 10 years experience in the manufacture and designof fire suppression systems and related fire equipment. The foam trailerand the foam concentrate shall be the products of the same manufac-turer.

Contact ANSUL Foam Applications Engineering Department for priceand delivery of proportioning foam trailers.

ORDERING INFORMATIONSPECIFICATION

DIMENSIONAL INFORMATION

001180

EXPANSION DOMEAND FILL OPENING

PRESSURECONTROLVALVE

FOAM SOLUTIONDISCHARGE FLANGE

DIESEL DRIVENCONCENTRATE PUMP

PROPORTIONINGSYSTEM

WATER INLETFLANGE

C

B

A

PRESSURE/VACUUMVENT VALVE

FOAM CONCENTRATE TANK

Approximate ApproximateTank Capacity A B C Empty Weight Full WeightGallon Liter in (cm) in (cm) in (cm) lb (kg) lb (kg)____________ ____________ ___________ ___________ ____________ ___________

500 (1893) 173.5 (441) 96.0 (244) 76.0 (193) 2600 (1180) 6800 (3085)

750 (2839) 196.0 (498) 96.0 (244) 75.0 (191) 3300 (1497) 9550 (4332)

1000 (3785) 218.5 (555) 96.0 (244) 78.0 (198) 3700 (1680) 12000 (5443)

*500 Gallon Trailer (PFT-500) is constructed with a single axle.

PRESSURECONTROLVALVE

STRAINER

DRAIN/FILLCONNECTION

WATER LINE

WATER INLET

FOAMCONCENTRATETANK

WATER LINE

SPOOLVALVE

GLOBEVALVE

PROPORTIONER “A”

PROPORTIONER “B”FOAMCONCENTRATEPIPING

DIESEL DRIVENFOAM CONCENTRATEPUMP WITH INTERNALPRESSURE RELIEFVALVE

DUPLEXGAUGE

FOAMSENSINGLINE

WATERSENSINGLINE

FOAMSOLUTIONLINE

FOAMSOLUTIONLINE FOAM SOLUTION

DISCHARGE

LEGEND:

SPOOL VALVE

DIESEL DRIVEN FOAMCONCENTRATE PUMP

PROPORTIONER

DUPLEX GAUGE

PRESSURE GAUGE

CHECK VALVE

GLOBE VALVE

BALL VALVE

PRESSURE CONTROL VALVE

PETCOCK VALVE

STRAINER

DIRECTION OF FLOW

TRAILER PIPING LAYOUT

Tank Proportioner ‘‘A’’ Proportioner ‘‘B’’ Total gpm** Inlet/OutletModel Part* Capacity Size gpm Size gpm Output-Approx. Flange SizeNo. No. gal (L) in (Lpm) in (Lpm) gpm (Lpm) in_______ ____ ____________ ________________ ________________ ______________ __________PFT-500 415144 500 (1893) 2 1/2 35 – 400 3 70 – 800 1000 (3785) 3

(133 – 1514) (265 – 3028)

PFT-750 415145 750 (2839) 2 1/2 35 – 400 4 200 – 1600 1500 (5678) 4(133 – 1514) (757 – 6057)

PFT-1000 415146 1000 (3785) 3 70 – 800 4 200 – 1600 2000 (7571) 4(265 – 3028) (757 – 6057)

* Type and percentage of foam concentrate to be used in trailer must be specified to ANSUL.

** Total GPM output based on 1% or 3% foam concentrate – total GPM output will be reduced if using a 6% foam concentrate.

PN427448-04 Sec 3

Documents

Transcript of PN427448-04 Sec 3